Map4 gene cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA	Protein	Name
XM_008830806.2	XP_008829028.1	microtubule-associated protein 4 isoform X8
XM_029562316.1	XP_029418176.1	microtubule-associated protein 4 isoform X3
XM_008830802.3	XP_008829024.1	microtubule-associated protein 4 isoform X11
XM_017797514.1	XP_017653003.1	microtubule-associated protein 4 isoform X1
XM_008830802.2	XP_008829024.1	microtubule-associated protein 4 isoform X5
XM_029562321.1	XP_029418181.1	microtubule-associated protein 4 isoform X6
XM_008830815.3	XP_008829037.1	microtubule-associated protein 4 isoform X14
XM_029562338.1	XP_029418198.1	microtubule-associated protein 4 isoform X15
XM_017797514.2	XP_017653003.1	microtubule-associated protein 4 isoform X1
XM_029562315.1	XP_029418175.1	microtubule-associated protein 4 isoform X2
XM_029562320.1	XP_029418180.1	microtubule-associated protein 4 isoform X5
XM_017797518.2	XP_017653007.1	microtubule-associated protein 4 isoform X8
XM_017797520.2	XP_017653009.1	microtubule-associated protein 4 isoform X9
XM_008830806.3	XP_008829028.1	microtubule-associated protein 4 isoform X13
XM_017797518.1	XP_017653007.1	microtubule-associated protein 4 isoform X2
XM_017797520.1	XP_017653009.1	microtubule-associated protein 4 isoform X3
XM_017797525.1	XP_017653014.1	microtubule-associated protein 4 isoform X4
XM_017797529.1	XP_017653018.1	microtubule-associated protein 4 isoform X6
XM_029562322.1	XP_029418182.1	microtubule-associated protein 4 isoform X7
XM_017797525.2	XP_017653014.1	microtubule-associated protein 4 isoform X10
XM_017797530.1	XP_017653019.1	microtubule-associated protein 4 isoform X7
XM_008830815.2	XP_008829037.1	microtubule-associated protein 4 isoform X9
XM_029562319.1	XP_029418179.1	microtubule-associated protein 4 isoform X4
XM_017797529.2	XP_017653018.1	microtubule-associated protein 4 isoform X12

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
ONa133536	XM_029562338.1 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X15, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
ONa26843	XM_017797525.2 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
ONa26844	XM_008830802.3 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
ONa26845	XM_017797529.2 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
ONa26846	XM_017797530.1 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
ONa26847	XM_008830806.3 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X13, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
ONa26848	XM_008830815.3 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X14, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
ONa26841	XM_017797518.2 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
ONa26842	XM_017797520.2 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
ONa133530	XM_029562315.1 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
ONa133531	XM_029562316.1 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
ONa133532	XM_029562319.1 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
ONa133533	XM_029562320.1 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
ONa133534	XM_029562321.1 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
ONa133535	XM_029562322.1 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
ONa26840	XM_017797514.2 Latest version!	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00
View Old Accession Versions >>
ONa26844	XM_008830802.2	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
ONa26840	XM_017797514.1	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00
ONa26847	XM_008830806.2	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
ONa26841	XM_017797518.1	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
ONa26842	XM_017797520.1	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
ONa26843	XM_017797525.1	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
ONa26848	XM_008830815.2	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
ONa26845	XM_017797529.1	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
Hide Old Accession Versions >>

Map4 ( XM_029562338.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029418198.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X15, mRNA.

Price & Availability↑

CloneID	ONa133536
Clone ID Related Accession (Same CDS sequence)	XM_029562338.1
Accession Version	XM_029562338.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2922bp) 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	microtubule-associated protein 4 isoform X15
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC TTTGGCCACC ACTCAACCTG CAAAGACTTC AACATCGAAA 
GCCAAAACAC AGCCCACTTC TGTCCCTAAG CAGCCAGCTC CCACCACCCC TGGTGGGTTG 
AATAAAAAAC CCATGAGCCT CGCTTCAGGC TCAGTACCAG CTGCCCCACC CAAACGCCCT 
GCTGCTGCCA CTGCCAGGCC TTCCACCCTG CCTGCAAGAG ATGTGAAGCC AAAGCCCACT 
GCAGAGGCTA AGATTTCTGA AAAGCGAATC TCACCATCGA AGCCCATATC TGTCCCAGCC 
CTCAGACCTG GACCCAAGAC CACCCCAGCA GTCTCAAAAA CCACATCTCC TGCAACTCTT 
ACTTCCACTG GACCAGGCAG TCGAAGCCCC GCCACACCCC TGCCTAAGAG ACCCAGCACC 
ATTAAGACTG AGGGAAAACC TGCTGATGTC AAGAAGATGA CTGCCAAGTC TGCACCAGCT 
GACTTGAGTC GCTCAAAGAC CACCTCTACC AGTTCTGTAA AGAGAAACAC CACTTCCACA 
GGGGCAGCAC CCCCAGCAGG AATGACTTCC ACGCGAGTCA AGCCCACGTC AGCACCTTCC 
CGGCCTTCTG TGGACAAGAA GCCCACCTTG GCTAAGCCTA GCTTCTCTGT GCCCAGGCTG 
AGCCGCCTAA CCACCACTGC CTCTGCCTCT GCCCCTGATC TGAAAAATGT CCGCTCCAAG 
GTTGGTTCCA TAGAAAACAT CAAGCATCAG CCTGGAGGAG GCCGGGCCAA AGTAGAGAAA 
AAAACAGAGG CAGCTACAAC GGGAAAGCCT GAACCTAATG CAACCACTAA AACAGCGGGC 
TCCATTGCAA GTACACAGAA ACCACCTGCC GGGAAAGTCC AGATAGTCTC CAAAAAAGTG 
AGCTACAGCC ATATTCAATC CAAGTGTGGT TCCAAGGACA ATATTAAGCA TGTCCCTGGA 
GGTGGTAATG TTCAGATTCA GAACAAGAAA GTGGACATCT CCAAGGTCTC CTCCAAGTGC 
GGGTCCAAAG CTAATATCAA GCACAAGCCT GGTGGAGGAG ATGTCAAGAT TGAAAGTCAG 
AAGTTGAACT TCAAGGAGAA GGCCCAGGCC AAGGTTGGAT CCCTTGATAA TGTGGGCCAC 
CTACCTGCAG GAGGTGCCGT GAAGACTGAG GGCGGTGGCA GTGAGGCCCC TCCATGTCCC 
AGCCCTCCTG CTGGGGAGGA GCTGGCCGTC TCTGAGGCAG CGCCTGAAGC TGGCGCCCCT 
ACTTCAGCCT GTGTCCTCAG TGGTCACGCC ACCCTGTCAG GGGGTGGTGA TCAAAGGGAG 
CCCCAGACCT TGGACAGCCA GATCCAGGAG ACAAGCATCT AA

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

RefSeq	XP_029418198.1
CDS	16..2937
Translation	MSLPDKQPASLTAAYDQLCKGNPAECRMDSPKEISQTGFEWQRTEGKLNEIRLNVSMDGQLKDGLVKNASFLEQNKLCFFEGKLDKELSIEEPNKAYQATSDHLESRYVISETCHPSEGNSVHQKTAEFHLGLTEDQDKATTVQGKVAGKSGLETKGRPYLNFPVAADIPTQYGKEQETSVWNPNFHSVTQSSQVSRAATPGKEENGLIPGSPVISVVNNSGQLNCEFPLLVAITHPIPTIEHSPTTIPPITMVEFTQENLKAGSHNRGQGNGLEKLSSTEEGGAMFDQAPQQKKAMRRALSECSRLSVPPALNLADKYPELPAQEELPSDLLPPITSPMPSPMPRKLGVPAIRRSMTVAEEQSTSCRLSPRELPILSATEVPPVNCEEPVAKKREELTHFSNNSSNSSGKKELGTAGLYLCSKLEQIPEGSSKDKGQEDTSETRVDSCPLVYQGGEKQPGQAALAGKKEIEVIATQSTPSFLCEETPHDGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_029562338.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X15, mRNA.

Target ORF information:

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

XM_029562338.1

ORF Insert Sequence:

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC TTTGGCCACC ACTCAACCTG CAAAGACTTC AACATCGAAA 
GCCAAAACAC AGCCCACTTC TGTCCCTAAG CAGCCAGCTC CCACCACCCC TGGTGGGTTG 
AATAAAAAAC CCATGAGCCT CGCTTCAGGC TCAGTACCAG CTGCCCCACC CAAACGCCCT 
GCTGCTGCCA CTGCCAGGCC TTCCACCCTG CCTGCAAGAG ATGTGAAGCC AAAGCCCACT 
GCAGAGGCTA AGATTTCTGA AAAGCGAATC TCACCATCGA AGCCCATATC TGTCCCAGCC 
CTCAGACCTG GACCCAAGAC CACCCCAGCA GTCTCAAAAA CCACATCTCC TGCAACTCTT 
ACTTCCACTG GACCAGGCAG TCGAAGCCCC GCCACACCCC TGCCTAAGAG ACCCAGCACC 
ATTAAGACTG AGGGAAAACC TGCTGATGTC AAGAAGATGA CTGCCAAGTC TGCACCAGCT 
GACTTGAGTC GCTCAAAGAC CACCTCTACC AGTTCTGTAA AGAGAAACAC CACTTCCACA 
GGGGCAGCAC CCCCAGCAGG AATGACTTCC ACGCGAGTCA AGCCCACGTC AGCACCTTCC 
CGGCCTTCTG TGGACAAGAA GCCCACCTTG GCTAAGCCTA GCTTCTCTGT GCCCAGGCTG 
AGCCGCCTAA CCACCACTGC CTCTGCCTCT GCCCCTGATC TGAAAAATGT CCGCTCCAAG 
GTTGGTTCCA TAGAAAACAT CAAGCATCAG CCTGGAGGAG GCCGGGCCAA AGTAGAGAAA 
AAAACAGAGG CAGCTACAAC GGGAAAGCCT GAACCTAATG CAACCACTAA AACAGCGGGC 
TCCATTGCAA GTACACAGAA ACCACCTGCC GGGAAAGTCC AGATAGTCTC CAAAAAAGTG 
AGCTACAGCC ATATTCAATC CAAGTGTGGT TCCAAGGACA ATATTAAGCA TGTCCCTGGA 
GGTGGTAATG TTCAGATTCA GAACAAGAAA GTGGACATCT CCAAGGTCTC CTCCAAGTGC 
GGGTCCAAAG CTAATATCAA GCACAAGCCT GGTGGAGGAG ATGTCAAGAT TGAAAGTCAG 
AAGTTGAACT TCAAGGAGAA GGCCCAGGCC AAGGTTGGAT CCCTTGATAA TGTGGGCCAC 
CTACCTGCAG GAGGTGCCGT GAAGACTGAG GGCGGTGGCA GTGAGGCCCC TCCATGTCCC 
AGCCCTCCTG CTGGGGAGGA GCTGGCCGTC TCTGAGGCAG CGCCTGAAGC TGGCGCCCCT 
ACTTCAGCCT GTGTCCTCAG TGGTCACGCC ACCCTGTCAG GGGGTGGTGA TCAAAGGGAG 
CCCCAGACCT TGGACAGCCA GATCCAGGAG ACAAGCATCT AA

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

Map4 ( XM_017797525.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017653014.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X4, mRNA.

Price & Availability↑

CloneID	ONa26843
Clone ID Related Accession (Same CDS sequence)	XM_017797525.1 , XM_017797525.2
Accession Version	XM_017797525.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2994bp) 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	microtubule-associated protein 4 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCTTTGGCC ACCACTCAAC CTGCAAAGAC TTCAACATCG 
AAAGCCAAAA CACAGCCCAC TTCTGTCCCT AAGCAGCCAG CTCCCACCAC CCCTGGTGGG 
TTGAATAAAA AACCCATGAG CCTCGCTTCA GGCTCAGTAC CAGCTGCCCC ACCCAAACGC 
CCTGCTGCTG CCACTGCCAG GCCTTCCACC CTGCCTGCAA GAGATGTGAA GCCAAAGCCC 
ACTGCAGAGG CTAAGATTTC TGAAAAGCGA ATCTCACCAT CGAAGCCCAT ATCTGTCCCA 
GCCCTCAGAC CTGGACCCAA GACCACCCCA GCAGTCTCAA AAACCACATC TCCTGCAACT 
CTTACTTCCA CTGGACCAGG CAGTCGAAGC CCCGCCACAC CCCTGCCTAA GAGACCCAGC 
ACCATTAAGA CTGAGGGAAA ACCTGCTGAT GTCAAGAAGA TGACTGCCAA GTCTGCACCA 
GCTGACTTGA GTCGCTCAAA GACCACCTCT ACCAGTTCTG TAAAGAGAAA CACCACTTCC 
ACAGGGGCAG CACCCCCAGC AGGAATGACT TCCACGCGAG TCAAGCCCAC GTCAGCACCT 
TCCCGGCCTT CTGTGGACAA GAAGCCCACC TTGGCTAAGC CTAGCTTCTC TGTGCCCAGG 
CTGAGCCGCC TAACCACCAC TGCCTCTGCC TCTGCCCCTG ATCTGAAAAA TGTCCGCTCC 
AAGGTTGGTT CCATAGAAAA CATCAAGCAT CAGCCTGGAG GAGGCCGGGC CAAAGTAGAG 
AAAAAAACAG AGGCAGCTAC AACGGGAAAG CCTGAACCTA ATGCAACCAC TAAAACAGCG 
GGCTCCATTG CAAGTACACA GAAACCACCT GCCGGGAAAG TCCAGATAGT CTCCAAAAAA 
GTGAGCTACA GCCATATTCA ATCCAAGTGT GGTTCCAAGG ACAATATTAA GCATGTCCCT 
GGAGGTGGTA ATGTTCAGAT TCAGAACAAG AAAGTGGACA TCTCCAAGGT CTCCTCCAAG 
TGCGGGTCCA AAGCTAATAT CAAGCACAAG CCTGGTGGAG GAGATGTCAA GATTGAAAGT 
CAGAAGTTGA ACTTCAAGGA GAAGGCCCAG GCCAAGGTTG GATCCCTTGA TAATGTGGGC 
CACCTACCTG CAGGAGGTGC CGTGAAGATT GAGACCTACA GGCTGACGTT CCGGGCAAAT 
GCCAGGGCCC GCACCGACCA TGGGGCCGAC ATTGTCTCCC GACCCCCCAA CTTCCCTGGT 
GGCCCCAGCT TGGGCTCCCG GGCTCTTGGC TCCCTTTCCC GGGCTGTGTA CTAG

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

RefSeq	XP_017653014.1
CDS	26..3019
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKIETYRLTFRANARARTDHGADIVSRPPNFPGGPSLGSRALGSLSRAVY

Target ORF information:

RefSeq Version	XM_017797525.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X4, mRNA.

Target ORF information:

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

XM_017797525.1

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCTTTGGCC ACCACTCAAC CTGCAAAGAC TTCAACATCG 
AAAGCCAAAA CACAGCCCAC TTCTGTCCCT AAGCAGCCAG CTCCCACCAC CCCTGGTGGG 
TTGAATAAAA AACCCATGAG CCTCGCTTCA GGCTCAGTAC CAGCTGCCCC ACCCAAACGC 
CCTGCTGCTG CCACTGCCAG GCCTTCCACC CTGCCTGCAA GAGATGTGAA GCCAAAGCCC 
ACTGCAGAGG CTAAGATTTC TGAAAAGCGA ATCTCACCAT CGAAGCCCAT ATCTGTCCCA 
GCCCTCAGAC CTGGACCCAA GACCACCCCA GCAGTCTCAA AAACCACATC TCCTGCAACT 
CTTACTTCCA CTGGACCAGG CAGTCGAAGC CCCGCCACAC CCCTGCCTAA GAGACCCAGC 
ACCATTAAGA CTGAGGGAAA ACCTGCTGAT GTCAAGAAGA TGACTGCCAA GTCTGCACCA 
GCTGACTTGA GTCGCTCAAA GACCACCTCT ACCAGTTCTG TAAAGAGAAA CACCACTTCC 
ACAGGGGCAG CACCCCCAGC AGGAATGACT TCCACGCGAG TCAAGCCCAC GTCAGCACCT 
TCCCGGCCTT CTGTGGACAA GAAGCCCACC TTGGCTAAGC CTAGCTTCTC TGTGCCCAGG 
CTGAGCCGCC TAACCACCAC TGCCTCTGCC TCTGCCCCTG ATCTGAAAAA TGTCCGCTCC 
AAGGTTGGTT CCATAGAAAA CATCAAGCAT CAGCCTGGAG GAGGCCGGGC CAAAGTAGAG 
AAAAAAACAG AGGCAGCTAC AACGGGAAAG CCTGAACCTA ATGCAACCAC TAAAACAGCG 
GGCTCCATTG CAAGTACACA GAAACCACCT GCCGGGAAAG TCCAGATAGT CTCCAAAAAA 
GTGAGCTACA GCCATATTCA ATCCAAGTGT GGTTCCAAGG ACAATATTAA GCATGTCCCT 
GGAGGTGGTA ATGTTCAGAT TCAGAACAAG AAAGTGGACA TCTCCAAGGT CTCCTCCAAG 
TGCGGGTCCA AAGCTAATAT CAAGCACAAG CCTGGTGGAG GAGATGTCAA GATTGAAAGT 
CAGAAGTTGA ACTTCAAGGA GAAGGCCCAG GCCAAGGTTG GATCCCTTGA TAATGTGGGC 
CACCTACCTG CAGGAGGTGC CGTGAAGATT GAGACCTACA GGCTGACGTT CCGGGCAAAT 
GCCAGGGCCC GCACCGACCA TGGGGCCGAC ATTGTCTCCC GACCCCCCAA CTTCCCTGGT 
GGCCCCAGCT TGGGCTCCCG GGCTCTTGGC TCCCTTTCCC GGGCTGTGTA CTAG

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

Map4 ( XM_017797525.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017653014.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X10, mRNA.

Price & Availability↑

CloneID	ONa26843
Clone ID Related Accession (Same CDS sequence)	XM_017797525.1 , XM_017797525.2
Accession Version	XM_017797525.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2994bp) 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	microtubule-associated protein 4 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_017797525.1. ##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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCTTTGGCC ACCACTCAAC CTGCAAAGAC TTCAACATCG 
AAAGCCAAAA CACAGCCCAC TTCTGTCCCT AAGCAGCCAG CTCCCACCAC CCCTGGTGGG 
TTGAATAAAA AACCCATGAG CCTCGCTTCA GGCTCAGTAC CAGCTGCCCC ACCCAAACGC 
CCTGCTGCTG CCACTGCCAG GCCTTCCACC CTGCCTGCAA GAGATGTGAA GCCAAAGCCC 
ACTGCAGAGG CTAAGATTTC TGAAAAGCGA ATCTCACCAT CGAAGCCCAT ATCTGTCCCA 
GCCCTCAGAC CTGGACCCAA GACCACCCCA GCAGTCTCAA AAACCACATC TCCTGCAACT 
CTTACTTCCA CTGGACCAGG CAGTCGAAGC CCCGCCACAC CCCTGCCTAA GAGACCCAGC 
ACCATTAAGA CTGAGGGAAA ACCTGCTGAT GTCAAGAAGA TGACTGCCAA GTCTGCACCA 
GCTGACTTGA GTCGCTCAAA GACCACCTCT ACCAGTTCTG TAAAGAGAAA CACCACTTCC 
ACAGGGGCAG CACCCCCAGC AGGAATGACT TCCACGCGAG TCAAGCCCAC GTCAGCACCT 
TCCCGGCCTT CTGTGGACAA GAAGCCCACC TTGGCTAAGC CTAGCTTCTC TGTGCCCAGG 
CTGAGCCGCC TAACCACCAC TGCCTCTGCC TCTGCCCCTG ATCTGAAAAA TGTCCGCTCC 
AAGGTTGGTT CCATAGAAAA CATCAAGCAT CAGCCTGGAG GAGGCCGGGC CAAAGTAGAG 
AAAAAAACAG AGGCAGCTAC AACGGGAAAG CCTGAACCTA ATGCAACCAC TAAAACAGCG 
GGCTCCATTG CAAGTACACA GAAACCACCT GCCGGGAAAG TCCAGATAGT CTCCAAAAAA 
GTGAGCTACA GCCATATTCA ATCCAAGTGT GGTTCCAAGG ACAATATTAA GCATGTCCCT 
GGAGGTGGTA ATGTTCAGAT TCAGAACAAG AAAGTGGACA TCTCCAAGGT CTCCTCCAAG 
TGCGGGTCCA AAGCTAATAT CAAGCACAAG CCTGGTGGAG GAGATGTCAA GATTGAAAGT 
CAGAAGTTGA ACTTCAAGGA GAAGGCCCAG GCCAAGGTTG GATCCCTTGA TAATGTGGGC 
CACCTACCTG CAGGAGGTGC CGTGAAGATT GAGACCTACA GGCTGACGTT CCGGGCAAAT 
GCCAGGGCCC GCACCGACCA TGGGGCCGAC ATTGTCTCCC GACCCCCCAA CTTCCCTGGT 
GGCCCCAGCT TGGGCTCCCG GGCTCTTGGC TCCCTTTCCC GGGCTGTGTA CTAG

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

RefSeq	XP_017653014.1
CDS	38..3031
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKIETYRLTFRANARARTDHGADIVSRPPNFPGGPSLGSRALGSLSRAVY

Target ORF information:

RefSeq Version	XM_017797525.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X10, mRNA.

Target ORF information:

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

XM_017797525.2

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCTTTGGCC ACCACTCAAC CTGCAAAGAC TTCAACATCG 
AAAGCCAAAA CACAGCCCAC TTCTGTCCCT AAGCAGCCAG CTCCCACCAC CCCTGGTGGG 
TTGAATAAAA AACCCATGAG CCTCGCTTCA GGCTCAGTAC CAGCTGCCCC ACCCAAACGC 
CCTGCTGCTG CCACTGCCAG GCCTTCCACC CTGCCTGCAA GAGATGTGAA GCCAAAGCCC 
ACTGCAGAGG CTAAGATTTC TGAAAAGCGA ATCTCACCAT CGAAGCCCAT ATCTGTCCCA 
GCCCTCAGAC CTGGACCCAA GACCACCCCA GCAGTCTCAA AAACCACATC TCCTGCAACT 
CTTACTTCCA CTGGACCAGG CAGTCGAAGC CCCGCCACAC CCCTGCCTAA GAGACCCAGC 
ACCATTAAGA CTGAGGGAAA ACCTGCTGAT GTCAAGAAGA TGACTGCCAA GTCTGCACCA 
GCTGACTTGA GTCGCTCAAA GACCACCTCT ACCAGTTCTG TAAAGAGAAA CACCACTTCC 
ACAGGGGCAG CACCCCCAGC AGGAATGACT TCCACGCGAG TCAAGCCCAC GTCAGCACCT 
TCCCGGCCTT CTGTGGACAA GAAGCCCACC TTGGCTAAGC CTAGCTTCTC TGTGCCCAGG 
CTGAGCCGCC TAACCACCAC TGCCTCTGCC TCTGCCCCTG ATCTGAAAAA TGTCCGCTCC 
AAGGTTGGTT CCATAGAAAA CATCAAGCAT CAGCCTGGAG GAGGCCGGGC CAAAGTAGAG 
AAAAAAACAG AGGCAGCTAC AACGGGAAAG CCTGAACCTA ATGCAACCAC TAAAACAGCG 
GGCTCCATTG CAAGTACACA GAAACCACCT GCCGGGAAAG TCCAGATAGT CTCCAAAAAA 
GTGAGCTACA GCCATATTCA ATCCAAGTGT GGTTCCAAGG ACAATATTAA GCATGTCCCT 
GGAGGTGGTA ATGTTCAGAT TCAGAACAAG AAAGTGGACA TCTCCAAGGT CTCCTCCAAG 
TGCGGGTCCA AAGCTAATAT CAAGCACAAG CCTGGTGGAG GAGATGTCAA GATTGAAAGT 
CAGAAGTTGA ACTTCAAGGA GAAGGCCCAG GCCAAGGTTG GATCCCTTGA TAATGTGGGC 
CACCTACCTG CAGGAGGTGC CGTGAAGATT GAGACCTACA GGCTGACGTT CCGGGCAAAT 
GCCAGGGCCC GCACCGACCA TGGGGCCGAC ATTGTCTCCC GACCCCCCAA CTTCCCTGGT 
GGCCCCAGCT TGGGCTCCCG GGCTCTTGGC TCCCTTTCCC GGGCTGTGTA CTAG

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

Map4 ( XM_008830802.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008829024.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X11, mRNA.

Price & Availability↑

CloneID	ONa26844
Clone ID Related Accession (Same CDS sequence)	XM_008830802.3 , XM_008830802.2
Accession Version	XM_008830802.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2925bp) 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	microtubule-associated protein 4 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008830802.2. ##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##

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC TTTGGCCACC ACTCAACCTG CAAAGACTTC AACATCGAAA 
GCCAAAACAC AGCCCACTTC TGTCCCTAAG CAGCCAGCTC CCACCACCCC TGGTGGGTTG 
AATAAAAAAC CCATGAGCCT CGCTTCAGGC TCAGTACCAG CTGCCCCACC CAAACGCCCT 
GCTGCTGCCA CTGCCAGGCC TTCCACCCTG CCTGCAAGAG ATGTGAAGCC AAAGCCCACT 
GCAGAGGCTA AGATTTCTGA AAAGCGAATC TCACCATCGA AGCCCATATC TGTCCCAGCC 
CTCAGACCTG GACCCAAGAC CACCCCAGCA GTCTCAAAAA CCACATCTCC TGCAACTCTT 
ACTTCCACTG GACCAGGCAG TCGAAGCCCC GCCACACCCC TGCCTAAGAG ACCCAGCACC 
ATTAAGACTG AGGGAAAACC TGCTGATGTC AAGAAGATGA CTGCCAAGTC TGCACCAGCT 
GACTTGAGTC GCTCAAAGAC CACCTCTACC AGTTCTGTAA AGAGAAACAC CACTTCCACA 
GGGGCAGCAC CCCCAGCAGG AATGACTTCC ACGCGAGTCA AGCCCACGTC AGCACCTTCC 
CGGCCTTCTG TGGACAAGAA GCCCACCTTG GCTAAGCCTA GCTTCTCTGT GCCCAGGCTG 
AGCCGCCTAA CCACCACTGC CTCTGCCTCT GCCCCTGATC TGAAAAATGT CCGCTCCAAG 
GTTGGTTCCA TAGAAAACAT CAAGCATCAG CCTGGAGGAG GCCGGGCCAA AGTAGAGAAA 
AAAACAGAGG CAGCTACAAC GGGAAAGCCT GAACCTAATG CAACCACTAA AACAGCGGGC 
TCCATTGCAA GTACACAGAA ACCACCTGCC GGGAAAGTCC AGATAGTCTC CAAAAAAGTG 
AGCTACAGCC ATATTCAATC CAAGTGTGGT TCCAAGGACA ATATTAAGCA TGTCCCTGGA 
GGTGGTAATG TTCAGATTCA GAACAAGAAA GTGGACATCT CCAAGGTCTC CTCCAAGTGC 
GGGTCCAAAG CTAATATCAA GCACAAGCCT GGTGGAGGAG ATGTCAAGAT TGAAAGTCAG 
AAGTTGAACT TCAAGGAGAA GGCCCAGGCC AAGGTTGGAT CCCTTGATAA TGTGGGCCAC 
CTACCTGCAG GAGGTGCCGT GAAGGTAACT GAGGGCGGTG GCAGTGAGGC CCCTCCATGT 
CCCAGCCCTC CTGCTGGGGA GGAGCTGGCC GTCTCTGAGG CAGCGCCTGA AGCTGGCGCC 
CCTACTTCAG CCTGTGTCCT CAGTGGTCAC GCCACCCTGT CAGGGGGTGG TGATCAAAGG 
GAGCCCCAGA CCTTGGACAG CCAGATCCAG GAGACAAGCA TCTAA

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

RefSeq	XP_008829024.1
CDS	16..2940
Translation	MSLPDKQPASLTAAYDQLCKGNPAECRMDSPKEISQTGFEWQRTEGKLNEIRLNVSMDGQLKDGLVKNASFLEQNKLCFFEGKLDKELSIEEPNKAYQATSDHLESRYVISETCHPSEGNSVHQKTAEFHLGLTEDQDKATTVQGKVAGKSGLETKGRPYLNFPVAADIPTQYGKEQETSVWNPNFHSVTQSSQVSRAATPGKEENGLIPGSPVISVVNNSGQLNCEFPLLVAITHPIPTIEHSPTTIPPITMVEFTQENLKAGSHNRGQGNGLEKLSSTEEGGAMFDQAPQQKKAMRRALSECSRLSVPPALNLADKYPELPAQEELPSDLLPPITSPMPSPMPRKLGVPAIRRSMTVAEEQSTSCRLSPRELPILSATEVPPVNCEEPVAKKREELTHFSNNSSNSSGKKELGTAGLYLCSKLEQIPEGSSKDKGQEDTSETRVDSCPLVYQGGEKQPGQAALAGKKEIEVIATQSTPSFLCEETPHDGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_008830802.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X11, mRNA.

Target ORF information:

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

XM_008830802.3

ORF Insert Sequence:

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC TTTGGCCACC ACTCAACCTG CAAAGACTTC AACATCGAAA 
GCCAAAACAC AGCCCACTTC TGTCCCTAAG CAGCCAGCTC CCACCACCCC TGGTGGGTTG 
AATAAAAAAC CCATGAGCCT CGCTTCAGGC TCAGTACCAG CTGCCCCACC CAAACGCCCT 
GCTGCTGCCA CTGCCAGGCC TTCCACCCTG CCTGCAAGAG ATGTGAAGCC AAAGCCCACT 
GCAGAGGCTA AGATTTCTGA AAAGCGAATC TCACCATCGA AGCCCATATC TGTCCCAGCC 
CTCAGACCTG GACCCAAGAC CACCCCAGCA GTCTCAAAAA CCACATCTCC TGCAACTCTT 
ACTTCCACTG GACCAGGCAG TCGAAGCCCC GCCACACCCC TGCCTAAGAG ACCCAGCACC 
ATTAAGACTG AGGGAAAACC TGCTGATGTC AAGAAGATGA CTGCCAAGTC TGCACCAGCT 
GACTTGAGTC GCTCAAAGAC CACCTCTACC AGTTCTGTAA AGAGAAACAC CACTTCCACA 
GGGGCAGCAC CCCCAGCAGG AATGACTTCC ACGCGAGTCA AGCCCACGTC AGCACCTTCC 
CGGCCTTCTG TGGACAAGAA GCCCACCTTG GCTAAGCCTA GCTTCTCTGT GCCCAGGCTG 
AGCCGCCTAA CCACCACTGC CTCTGCCTCT GCCCCTGATC TGAAAAATGT CCGCTCCAAG 
GTTGGTTCCA TAGAAAACAT CAAGCATCAG CCTGGAGGAG GCCGGGCCAA AGTAGAGAAA 
AAAACAGAGG CAGCTACAAC GGGAAAGCCT GAACCTAATG CAACCACTAA AACAGCGGGC 
TCCATTGCAA GTACACAGAA ACCACCTGCC GGGAAAGTCC AGATAGTCTC CAAAAAAGTG 
AGCTACAGCC ATATTCAATC CAAGTGTGGT TCCAAGGACA ATATTAAGCA TGTCCCTGGA 
GGTGGTAATG TTCAGATTCA GAACAAGAAA GTGGACATCT CCAAGGTCTC CTCCAAGTGC 
GGGTCCAAAG CTAATATCAA GCACAAGCCT GGTGGAGGAG ATGTCAAGAT TGAAAGTCAG 
AAGTTGAACT TCAAGGAGAA GGCCCAGGCC AAGGTTGGAT CCCTTGATAA TGTGGGCCAC 
CTACCTGCAG GAGGTGCCGT GAAGGTAACT GAGGGCGGTG GCAGTGAGGC CCCTCCATGT 
CCCAGCCCTC CTGCTGGGGA GGAGCTGGCC GTCTCTGAGG CAGCGCCTGA AGCTGGCGCC 
CCTACTTCAG CCTGTGTCCT CAGTGGTCAC GCCACCCTGT CAGGGGGTGG TGATCAAAGG 
GAGCCCCAGA CCTTGGACAG CCAGATCCAG GAGACAAGCA TCTAA

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

Map4 ( XM_008830802.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008829024.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X5, mRNA.

Price & Availability↑

CloneID	ONa26844
Clone ID Related Accession (Same CDS sequence)	XM_008830802.3 , XM_008830802.2
Accession Version	XM_008830802.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2925bp) 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	microtubule-associated protein 4 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008830802.1. ##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##

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC TTTGGCCACC ACTCAACCTG CAAAGACTTC AACATCGAAA 
GCCAAAACAC AGCCCACTTC TGTCCCTAAG CAGCCAGCTC CCACCACCCC TGGTGGGTTG 
AATAAAAAAC CCATGAGCCT CGCTTCAGGC TCAGTACCAG CTGCCCCACC CAAACGCCCT 
GCTGCTGCCA CTGCCAGGCC TTCCACCCTG CCTGCAAGAG ATGTGAAGCC AAAGCCCACT 
GCAGAGGCTA AGATTTCTGA AAAGCGAATC TCACCATCGA AGCCCATATC TGTCCCAGCC 
CTCAGACCTG GACCCAAGAC CACCCCAGCA GTCTCAAAAA CCACATCTCC TGCAACTCTT 
ACTTCCACTG GACCAGGCAG TCGAAGCCCC GCCACACCCC TGCCTAAGAG ACCCAGCACC 
ATTAAGACTG AGGGAAAACC TGCTGATGTC AAGAAGATGA CTGCCAAGTC TGCACCAGCT 
GACTTGAGTC GCTCAAAGAC CACCTCTACC AGTTCTGTAA AGAGAAACAC CACTTCCACA 
GGGGCAGCAC CCCCAGCAGG AATGACTTCC ACGCGAGTCA AGCCCACGTC AGCACCTTCC 
CGGCCTTCTG TGGACAAGAA GCCCACCTTG GCTAAGCCTA GCTTCTCTGT GCCCAGGCTG 
AGCCGCCTAA CCACCACTGC CTCTGCCTCT GCCCCTGATC TGAAAAATGT CCGCTCCAAG 
GTTGGTTCCA TAGAAAACAT CAAGCATCAG CCTGGAGGAG GCCGGGCCAA AGTAGAGAAA 
AAAACAGAGG CAGCTACAAC GGGAAAGCCT GAACCTAATG CAACCACTAA AACAGCGGGC 
TCCATTGCAA GTACACAGAA ACCACCTGCC GGGAAAGTCC AGATAGTCTC CAAAAAAGTG 
AGCTACAGCC ATATTCAATC CAAGTGTGGT TCCAAGGACA ATATTAAGCA TGTCCCTGGA 
GGTGGTAATG TTCAGATTCA GAACAAGAAA GTGGACATCT CCAAGGTCTC CTCCAAGTGC 
GGGTCCAAAG CTAATATCAA GCACAAGCCT GGTGGAGGAG ATGTCAAGAT TGAAAGTCAG 
AAGTTGAACT TCAAGGAGAA GGCCCAGGCC AAGGTTGGAT CCCTTGATAA TGTGGGCCAC 
CTACCTGCAG GAGGTGCCGT GAAGGTAACT GAGGGCGGTG GCAGTGAGGC CCCTCCATGT 
CCCAGCCCTC CTGCTGGGGA GGAGCTGGCC GTCTCTGAGG CAGCGCCTGA AGCTGGCGCC 
CCTACTTCAG CCTGTGTCCT CAGTGGTCAC GCCACCCTGT CAGGGGGTGG TGATCAAAGG 
GAGCCCCAGA CCTTGGACAG CCAGATCCAG GAGACAAGCA TCTAA

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

RefSeq	XP_008829024.1
CDS	40..2964
Translation	MSLPDKQPASLTAAYDQLCKGNPAECRMDSPKEISQTGFEWQRTEGKLNEIRLNVSMDGQLKDGLVKNASFLEQNKLCFFEGKLDKELSIEEPNKAYQATSDHLESRYVISETCHPSEGNSVHQKTAEFHLGLTEDQDKATTVQGKVAGKSGLETKGRPYLNFPVAADIPTQYGKEQETSVWNPNFHSVTQSSQVSRAATPGKEENGLIPGSPVISVVNNSGQLNCEFPLLVAITHPIPTIEHSPTTIPPITMVEFTQENLKAGSHNRGQGNGLEKLSSTEEGGAMFDQAPQQKKAMRRALSECSRLSVPPALNLADKYPELPAQEELPSDLLPPITSPMPSPMPRKLGVPAIRRSMTVAEEQSTSCRLSPRELPILSATEVPPVNCEEPVAKKREELTHFSNNSSNSSGKKELGTAGLYLCSKLEQIPEGSSKDKGQEDTSETRVDSCPLVYQGGEKQPGQAALAGKKEIEVIATQSTPSFLCEETPHDGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_008830802.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X5, mRNA.

Target ORF information:

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

XM_008830802.2

ORF Insert Sequence:

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC TTTGGCCACC ACTCAACCTG CAAAGACTTC AACATCGAAA 
GCCAAAACAC AGCCCACTTC TGTCCCTAAG CAGCCAGCTC CCACCACCCC TGGTGGGTTG 
AATAAAAAAC CCATGAGCCT CGCTTCAGGC TCAGTACCAG CTGCCCCACC CAAACGCCCT 
GCTGCTGCCA CTGCCAGGCC TTCCACCCTG CCTGCAAGAG ATGTGAAGCC AAAGCCCACT 
GCAGAGGCTA AGATTTCTGA AAAGCGAATC TCACCATCGA AGCCCATATC TGTCCCAGCC 
CTCAGACCTG GACCCAAGAC CACCCCAGCA GTCTCAAAAA CCACATCTCC TGCAACTCTT 
ACTTCCACTG GACCAGGCAG TCGAAGCCCC GCCACACCCC TGCCTAAGAG ACCCAGCACC 
ATTAAGACTG AGGGAAAACC TGCTGATGTC AAGAAGATGA CTGCCAAGTC TGCACCAGCT 
GACTTGAGTC GCTCAAAGAC CACCTCTACC AGTTCTGTAA AGAGAAACAC CACTTCCACA 
GGGGCAGCAC CCCCAGCAGG AATGACTTCC ACGCGAGTCA AGCCCACGTC AGCACCTTCC 
CGGCCTTCTG TGGACAAGAA GCCCACCTTG GCTAAGCCTA GCTTCTCTGT GCCCAGGCTG 
AGCCGCCTAA CCACCACTGC CTCTGCCTCT GCCCCTGATC TGAAAAATGT CCGCTCCAAG 
GTTGGTTCCA TAGAAAACAT CAAGCATCAG CCTGGAGGAG GCCGGGCCAA AGTAGAGAAA 
AAAACAGAGG CAGCTACAAC GGGAAAGCCT GAACCTAATG CAACCACTAA AACAGCGGGC 
TCCATTGCAA GTACACAGAA ACCACCTGCC GGGAAAGTCC AGATAGTCTC CAAAAAAGTG 
AGCTACAGCC ATATTCAATC CAAGTGTGGT TCCAAGGACA ATATTAAGCA TGTCCCTGGA 
GGTGGTAATG TTCAGATTCA GAACAAGAAA GTGGACATCT CCAAGGTCTC CTCCAAGTGC 
GGGTCCAAAG CTAATATCAA GCACAAGCCT GGTGGAGGAG ATGTCAAGAT TGAAAGTCAG 
AAGTTGAACT TCAAGGAGAA GGCCCAGGCC AAGGTTGGAT CCCTTGATAA TGTGGGCCAC 
CTACCTGCAG GAGGTGCCGT GAAGGTAACT GAGGGCGGTG GCAGTGAGGC CCCTCCATGT 
CCCAGCCCTC CTGCTGGGGA GGAGCTGGCC GTCTCTGAGG CAGCGCCTGA AGCTGGCGCC 
CCTACTTCAG CCTGTGTCCT CAGTGGTCAC GCCACCCTGT CAGGGGGTGG TGATCAAAGG 
GAGCCCCAGA CCTTGGACAG CCAGATCCAG GAGACAAGCA TCTAA

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

Map4 ( XM_017797529.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017653018.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X6, mRNA.

Price & Availability↑

CloneID	ONa26845
Clone ID Related Accession (Same CDS sequence)	XM_017797529.1 , XM_017797529.2
Accession Version	XM_017797529.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2832bp) 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	microtubule-associated protein 4 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCCACTGCA GAGGCTAAGA TTTCTGAAAA GCGAATCTCA 
CCATCGAAGC CCATATCTGT CCCAGCCCTC AGACCTGGAC CCAAGACCAC CCCAGCAGTC 
TCAAAAACCA CATCTCCTGC AACTCTTACT TCCACTGGAC CAGGCAGTCG AAGCCCCGCC 
ACACCCCTGC CTAAGAGACC CAGCACCATT AAGACTGAGG GAAAACCTGC TGATGTCAAG 
AAGATGACTG CCAAGTCTGC ACCAGCTGAC TTGAGTCGCT CAAAGACCAC CTCTACCAGT 
TCTGTAAAGA GAAACACCAC TTCCACAGGG GCAGCACCCC CAGCAGGAAT GACTTCCACG 
CGAGTCAAGC CCACGTCAGC ACCTTCCCGG CCTTCTGTGG ACAAGAAGCC CACCTTGGCT 
AAGCCTAGCT TCTCTGTGCC CAGGCTGAGC CGCCTAACCA CCACTGCCTC TGCCTCTGCC 
CCTGATCTGA AAAATGTCCG CTCCAAGGTT GGTTCCATAG AAAACATCAA GCATCAGCCT 
GGAGGAGGCC GGGCCAAAGT AGAGAAAAAA ACAGAGGCAG CTACAACGGG AAAGCCTGAA 
CCTAATGCAA CCACTAAAAC AGCGGGCTCC ATTGCAAGTA CACAGAAACC ACCTGCCGGG 
AAAGTCCAGA TAGTCTCCAA AAAAGTGAGC TACAGCCATA TTCAATCCAA GTGTGGTTCC 
AAGGACAATA TTAAGCATGT CCCTGGAGGT GGTAATGTTC AGATTCAGAA CAAGAAAGTG 
GACATCTCCA AGGTCTCCTC CAAGTGCGGG TCCAAAGCTA ATATCAAGCA CAAGCCTGGT 
GGAGGAGATG TCAAGATTGA AAGTCAGAAG TTGAACTTCA AGGAGAAGGC CCAGGCCAAG 
GTTGGATCCC TTGATAATGT GGGCCACCTA CCTGCAGGAG GTGCCGTGAA GGTAACTGAG 
GGCGGTGGCA GTGAGGCCCC TCCATGTCCC AGCCCTCCTG CTGGGGAGGA GCTGGCCGTC 
TCTGAGGCAG CGCCTGAAGC TGGCGCCCCT ACTTCAGCCT GTGTCCTCAG TGGTCACGCC 
ACCCTGTCAG GGGGTGGTGA TCAAAGGGAG CCCCAGACCT TGGACAGCCA GATCCAGGAG 
ACAAGCATCT AA

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

RefSeq	XP_017653018.1
CDS	26..2857
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_017797529.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X6, mRNA.

Target ORF information:

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

XM_017797529.1

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCCACTGCA GAGGCTAAGA TTTCTGAAAA GCGAATCTCA 
CCATCGAAGC CCATATCTGT CCCAGCCCTC AGACCTGGAC CCAAGACCAC CCCAGCAGTC 
TCAAAAACCA CATCTCCTGC AACTCTTACT TCCACTGGAC CAGGCAGTCG AAGCCCCGCC 
ACACCCCTGC CTAAGAGACC CAGCACCATT AAGACTGAGG GAAAACCTGC TGATGTCAAG 
AAGATGACTG CCAAGTCTGC ACCAGCTGAC TTGAGTCGCT CAAAGACCAC CTCTACCAGT 
TCTGTAAAGA GAAACACCAC TTCCACAGGG GCAGCACCCC CAGCAGGAAT GACTTCCACG 
CGAGTCAAGC CCACGTCAGC ACCTTCCCGG CCTTCTGTGG ACAAGAAGCC CACCTTGGCT 
AAGCCTAGCT TCTCTGTGCC CAGGCTGAGC CGCCTAACCA CCACTGCCTC TGCCTCTGCC 
CCTGATCTGA AAAATGTCCG CTCCAAGGTT GGTTCCATAG AAAACATCAA GCATCAGCCT 
GGAGGAGGCC GGGCCAAAGT AGAGAAAAAA ACAGAGGCAG CTACAACGGG AAAGCCTGAA 
CCTAATGCAA CCACTAAAAC AGCGGGCTCC ATTGCAAGTA CACAGAAACC ACCTGCCGGG 
AAAGTCCAGA TAGTCTCCAA AAAAGTGAGC TACAGCCATA TTCAATCCAA GTGTGGTTCC 
AAGGACAATA TTAAGCATGT CCCTGGAGGT GGTAATGTTC AGATTCAGAA CAAGAAAGTG 
GACATCTCCA AGGTCTCCTC CAAGTGCGGG TCCAAAGCTA ATATCAAGCA CAAGCCTGGT 
GGAGGAGATG TCAAGATTGA AAGTCAGAAG TTGAACTTCA AGGAGAAGGC CCAGGCCAAG 
GTTGGATCCC TTGATAATGT GGGCCACCTA CCTGCAGGAG GTGCCGTGAA GGTAACTGAG 
GGCGGTGGCA GTGAGGCCCC TCCATGTCCC AGCCCTCCTG CTGGGGAGGA GCTGGCCGTC 
TCTGAGGCAG CGCCTGAAGC TGGCGCCCCT ACTTCAGCCT GTGTCCTCAG TGGTCACGCC 
ACCCTGTCAG GGGGTGGTGA TCAAAGGGAG CCCCAGACCT TGGACAGCCA GATCCAGGAG 
ACAAGCATCT AA

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

Map4 ( XM_017797529.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017653018.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X12, mRNA.

Price & Availability↑

CloneID	ONa26845
Clone ID Related Accession (Same CDS sequence)	XM_017797529.1 , XM_017797529.2
Accession Version	XM_017797529.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2832bp) 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	microtubule-associated protein 4 isoform X12
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_017797529.1. ##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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCCACTGCA GAGGCTAAGA TTTCTGAAAA GCGAATCTCA 
CCATCGAAGC CCATATCTGT CCCAGCCCTC AGACCTGGAC CCAAGACCAC CCCAGCAGTC 
TCAAAAACCA CATCTCCTGC AACTCTTACT TCCACTGGAC CAGGCAGTCG AAGCCCCGCC 
ACACCCCTGC CTAAGAGACC CAGCACCATT AAGACTGAGG GAAAACCTGC TGATGTCAAG 
AAGATGACTG CCAAGTCTGC ACCAGCTGAC TTGAGTCGCT CAAAGACCAC CTCTACCAGT 
TCTGTAAAGA GAAACACCAC TTCCACAGGG GCAGCACCCC CAGCAGGAAT GACTTCCACG 
CGAGTCAAGC CCACGTCAGC ACCTTCCCGG CCTTCTGTGG ACAAGAAGCC CACCTTGGCT 
AAGCCTAGCT TCTCTGTGCC CAGGCTGAGC CGCCTAACCA CCACTGCCTC TGCCTCTGCC 
CCTGATCTGA AAAATGTCCG CTCCAAGGTT GGTTCCATAG AAAACATCAA GCATCAGCCT 
GGAGGAGGCC GGGCCAAAGT AGAGAAAAAA ACAGAGGCAG CTACAACGGG AAAGCCTGAA 
CCTAATGCAA CCACTAAAAC AGCGGGCTCC ATTGCAAGTA CACAGAAACC ACCTGCCGGG 
AAAGTCCAGA TAGTCTCCAA AAAAGTGAGC TACAGCCATA TTCAATCCAA GTGTGGTTCC 
AAGGACAATA TTAAGCATGT CCCTGGAGGT GGTAATGTTC AGATTCAGAA CAAGAAAGTG 
GACATCTCCA AGGTCTCCTC CAAGTGCGGG TCCAAAGCTA ATATCAAGCA CAAGCCTGGT 
GGAGGAGATG TCAAGATTGA AAGTCAGAAG TTGAACTTCA AGGAGAAGGC CCAGGCCAAG 
GTTGGATCCC TTGATAATGT GGGCCACCTA CCTGCAGGAG GTGCCGTGAA GGTAACTGAG 
GGCGGTGGCA GTGAGGCCCC TCCATGTCCC AGCCCTCCTG CTGGGGAGGA GCTGGCCGTC 
TCTGAGGCAG CGCCTGAAGC TGGCGCCCCT ACTTCAGCCT GTGTCCTCAG TGGTCACGCC 
ACCCTGTCAG GGGGTGGTGA TCAAAGGGAG CCCCAGACCT TGGACAGCCA GATCCAGGAG 
ACAAGCATCT AA

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

RefSeq	XP_017653018.1
CDS	38..2869
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_017797529.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X12, mRNA.

Target ORF information:

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

XM_017797529.2

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCCACTGCA GAGGCTAAGA TTTCTGAAAA GCGAATCTCA 
CCATCGAAGC CCATATCTGT CCCAGCCCTC AGACCTGGAC CCAAGACCAC CCCAGCAGTC 
TCAAAAACCA CATCTCCTGC AACTCTTACT TCCACTGGAC CAGGCAGTCG AAGCCCCGCC 
ACACCCCTGC CTAAGAGACC CAGCACCATT AAGACTGAGG GAAAACCTGC TGATGTCAAG 
AAGATGACTG CCAAGTCTGC ACCAGCTGAC TTGAGTCGCT CAAAGACCAC CTCTACCAGT 
TCTGTAAAGA GAAACACCAC TTCCACAGGG GCAGCACCCC CAGCAGGAAT GACTTCCACG 
CGAGTCAAGC CCACGTCAGC ACCTTCCCGG CCTTCTGTGG ACAAGAAGCC CACCTTGGCT 
AAGCCTAGCT TCTCTGTGCC CAGGCTGAGC CGCCTAACCA CCACTGCCTC TGCCTCTGCC 
CCTGATCTGA AAAATGTCCG CTCCAAGGTT GGTTCCATAG AAAACATCAA GCATCAGCCT 
GGAGGAGGCC GGGCCAAAGT AGAGAAAAAA ACAGAGGCAG CTACAACGGG AAAGCCTGAA 
CCTAATGCAA CCACTAAAAC AGCGGGCTCC ATTGCAAGTA CACAGAAACC ACCTGCCGGG 
AAAGTCCAGA TAGTCTCCAA AAAAGTGAGC TACAGCCATA TTCAATCCAA GTGTGGTTCC 
AAGGACAATA TTAAGCATGT CCCTGGAGGT GGTAATGTTC AGATTCAGAA CAAGAAAGTG 
GACATCTCCA AGGTCTCCTC CAAGTGCGGG TCCAAAGCTA ATATCAAGCA CAAGCCTGGT 
GGAGGAGATG TCAAGATTGA AAGTCAGAAG TTGAACTTCA AGGAGAAGGC CCAGGCCAAG 
GTTGGATCCC TTGATAATGT GGGCCACCTA CCTGCAGGAG GTGCCGTGAA GGTAACTGAG 
GGCGGTGGCA GTGAGGCCCC TCCATGTCCC AGCCCTCCTG CTGGGGAGGA GCTGGCCGTC 
TCTGAGGCAG CGCCTGAAGC TGGCGCCCCT ACTTCAGCCT GTGTCCTCAG TGGTCACGCC 
ACCCTGTCAG GGGGTGGTGA TCAAAGGGAG CCCCAGACCT TGGACAGCCA GATCCAGGAG 
ACAAGCATCT AA

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

Map4 ( XM_017797530.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017653019.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X7, mRNA.

Price & Availability↑

CloneID	ONa26846
Clone ID Related Accession (Same CDS sequence)	XM_017797530.1
Accession Version	XM_017797530.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2811bp) 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	microtubule-associated protein 4 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC TTTGGCCACC ACTCAACCTG CAAAGACTTC AACATCGAAA 
GCCAAAACAC AGCCCACTTC TGTCCCTAAG CAGCCAGCTC CCACCACCCC TGGTGGGTTG 
AATAAAAAAC CCATGAGCCT CGCTTCAGGC TCAGTACCAG CTGCCCCACC CAAACGCCCT 
GCTGCTGCCA CTGCCAGGCC TTCCACCCTG CCTGCAAGAG ATGTGAAGCC AAAGCCCACT 
GCAGAGGCTA AGATTTCTGA AAAGCGAATC TCACCATCGA AGCCCATATC TGTCCCAGCC 
CTCAGACCTG GACCCAAGAC CACCCCAGCA GTCTCAAAAA CCACATCTCC TGCAACTCTT 
ACTTCCACTG GACCAGGCAG TCGAAGCCCC GCCACACCCC TGCCTAAGAG ACCCAGCACC 
ATTAAGACTG AGGGAAAACC TGCTGATGTC AAGAAGATGA CTGCCAAGTC TGCACCAGCT 
GACTTGAGTC GCTCAAAGAC CACCTCTACC AGTTCTGTAA AGAGAAACAC CACTTCCACA 
GGGGCAGCAC CCCCAGCAGG AATGACTTCC ACGCGAGTCA AGCCCACGTC AGCACCTTCC 
CGGCCTTCTG TGGACAAGAA GCCCACCTTG GCTAAGCCTA GCTTCTCTGT GCCCAGGCTG 
AGCCGCCTAA CCACCACTGC CTCTGCCTCT GCCCCTGATC TGAAAAATGT CCGCTCCAAG 
GTTGGTTCCA TAGAAAACAT CAAGCATCAG CCTGGAGGAG GCCGGGTCCA GATAGTCTCC 
AAAAAAGTGA GCTACAGCCA TATTCAATCC AAGTGTGGTT CCAAGGACAA TATTAAGCAT 
GTCCCTGGAG GTGGTAATGT TCAGATTCAG AACAAGAAAG TGGACATCTC CAAGGTCTCC 
TCCAAGTGCG GGTCCAAAGC TAATATCAAG CACAAGCCTG GTGGAGGAGA TGTCAAGATT 
GAAAGTCAGA AGTTGAACTT CAAGGAGAAG GCCCAGGCCA AGGTTGGATC CCTTGATAAT 
GTGGGCCACC TACCTGCAGG AGGTGCCGTG AAGACTGAGG GCGGTGGCAG TGAGGCCCCT 
CCATGTCCCA GCCCTCCTGC TGGGGAGGAG CTGGCCGTCT CTGAGGCAGC GCCTGAAGCT 
GGCGCCCCTA CTTCAGCCTG TGTCCTCAGT GGTCACGCCA CCCTGTCAGG GGGTGGTGAT 
CAAAGGGAGC CCCAGACCTT GGACAGCCAG ATCCAGGAGA CAAGCATCTA A

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

RefSeq	XP_017653019.1
CDS	40..2850
Translation	MSLPDKQPASLTAAYDQLCKGNPAECRMDSPKEISQTGFEWQRTEGKLNEIRLNVSMDGQLKDGLVKNASFLEQNKLCFFEGKLDKELSIEEPNKAYQATSDHLESRYVISETCHPSEGNSVHQKTAEFHLGLTEDQDKATTVQGKVAGKSGLETKGRPYLNFPVAADIPTQYGKEQETSVWNPNFHSVTQSSQVSRAATPGKEENGLIPGSPVISVVNNSGQLNCEFPLLVAITHPIPTIEHSPTTIPPITMVEFTQENLKAGSHNRGQGNGLEKLSSTEEGGAMFDQAPQQKKAMRRALSECSRLSVPPALNLADKYPELPAQEELPSDLLPPITSPMPSPMPRKLGVPAIRRSMTVAEEQSTSCRLSPRELPILSATEVPPVNCEEPVAKKREELTHFSNNSSNSSGKKELGTAGLYLCSKLEQIPEGSSKDKGQEDTSETRVDSCPLVYQGGEKQPGQAALAGKKEIEVIATQSTPSFLCEETPHDGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_017797530.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X7, mRNA.

Target ORF information:

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

XM_017797530.1

ORF Insert Sequence:

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC TTTGGCCACC ACTCAACCTG CAAAGACTTC AACATCGAAA 
GCCAAAACAC AGCCCACTTC TGTCCCTAAG CAGCCAGCTC CCACCACCCC TGGTGGGTTG 
AATAAAAAAC CCATGAGCCT CGCTTCAGGC TCAGTACCAG CTGCCCCACC CAAACGCCCT 
GCTGCTGCCA CTGCCAGGCC TTCCACCCTG CCTGCAAGAG ATGTGAAGCC AAAGCCCACT 
GCAGAGGCTA AGATTTCTGA AAAGCGAATC TCACCATCGA AGCCCATATC TGTCCCAGCC 
CTCAGACCTG GACCCAAGAC CACCCCAGCA GTCTCAAAAA CCACATCTCC TGCAACTCTT 
ACTTCCACTG GACCAGGCAG TCGAAGCCCC GCCACACCCC TGCCTAAGAG ACCCAGCACC 
ATTAAGACTG AGGGAAAACC TGCTGATGTC AAGAAGATGA CTGCCAAGTC TGCACCAGCT 
GACTTGAGTC GCTCAAAGAC CACCTCTACC AGTTCTGTAA AGAGAAACAC CACTTCCACA 
GGGGCAGCAC CCCCAGCAGG AATGACTTCC ACGCGAGTCA AGCCCACGTC AGCACCTTCC 
CGGCCTTCTG TGGACAAGAA GCCCACCTTG GCTAAGCCTA GCTTCTCTGT GCCCAGGCTG 
AGCCGCCTAA CCACCACTGC CTCTGCCTCT GCCCCTGATC TGAAAAATGT CCGCTCCAAG 
GTTGGTTCCA TAGAAAACAT CAAGCATCAG CCTGGAGGAG GCCGGGTCCA GATAGTCTCC 
AAAAAAGTGA GCTACAGCCA TATTCAATCC AAGTGTGGTT CCAAGGACAA TATTAAGCAT 
GTCCCTGGAG GTGGTAATGT TCAGATTCAG AACAAGAAAG TGGACATCTC CAAGGTCTCC 
TCCAAGTGCG GGTCCAAAGC TAATATCAAG CACAAGCCTG GTGGAGGAGA TGTCAAGATT 
GAAAGTCAGA AGTTGAACTT CAAGGAGAAG GCCCAGGCCA AGGTTGGATC CCTTGATAAT 
GTGGGCCACC TACCTGCAGG AGGTGCCGTG AAGACTGAGG GCGGTGGCAG TGAGGCCCCT 
CCATGTCCCA GCCCTCCTGC TGGGGAGGAG CTGGCCGTCT CTGAGGCAGC GCCTGAAGCT 
GGCGCCCCTA CTTCAGCCTG TGTCCTCAGT GGTCACGCCA CCCTGTCAGG GGGTGGTGAT 
CAAAGGGAGC CCCAGACCTT GGACAGCCAG ATCCAGGAGA CAAGCATCTA A

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

Map4 ( XM_008830806.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008829028.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X8, mRNA.

Price & Availability↑

CloneID	ONa26847
Clone ID Related Accession (Same CDS sequence)	XM_008830806.2 , XM_008830806.3
Accession Version	XM_008830806.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2718bp) 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	microtubule-associated protein 4 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008830806.1. ##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##

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC TTTGGCCACC ACTCAACCTG CAAAGACTTC AACATCGAAA 
GCCAAAACAC AGCCCACTTC TGTCCCTAAG CAGCCAGCTC CCACCACCCC TGGTGGGTTG 
AATAAAAAAC CCATGAGCCT CGCTTCAGGC TCAGTACCAG CTGCCCCACC CAAACGCCCT 
GCTGCTGCCA CTGCCAGGCC TTCCACCCTG CCTGCAAGAG ATGTGAAGCC AAAGCCCACT 
GCAGAGGCTA AGATTTCTGA AAAGCGAATC TCACCATCGA AGCCCATATC TGTCCCAGCC 
CTCAGACCTG GACCCAAGAC CACCCCAGCA GTCTCAAAAA CCACATCTCC TGCAACTCTT 
ACTTCCACTG GACCAGGCAG TCGAAGCCCC GCCACACCCC TGCCTAAGAG ACCCAGCACC 
ATTAAGACTG AGGGAAAACC TGCTGATGTC AAGAAGATGA CTGCCAAGTC TGCACCAGCT 
GACTTGAGTC GCTCAAAGAC CACCTCTACC AGTTCTGTAA AGAGAAACAC CACTTCCACA 
GGGGCAGCAC CCCCAGCAGG AATGACTTCC ACGCGAGTCA AGCCCACGTC AGCACCTTCC 
CGGCCTTCTG TGGACAAGAA GCCCACCTTG GCTAAGCCTA GCTTCTCTGT GCCCAGGCTG 
AGCCGCCTAA CCACCACTGC CTCTGCCTCT GCCCCTGATC TGAAAAATGT CCGCTCCAAG 
GTTGGTTCCA TAGAAAACAT CAAGCATCAG CCTGGAGGAG GCCGGGTTCA GATTCAGAAC 
AAGAAAGTGG ACATCTCCAA GGTCTCCTCC AAGTGCGGGT CCAAAGCTAA TATCAAGCAC 
AAGCCTGGTG GAGGAGATGT CAAGATTGAA AGTCAGAAGT TGAACTTCAA GGAGAAGGCC 
CAGGCCAAGG TTGGATCCCT TGATAATGTG GGCCACCTAC CTGCAGGAGG TGCCGTGAAG 
ACTGAGGGCG GTGGCAGTGA GGCCCCTCCA TGTCCCAGCC CTCCTGCTGG GGAGGAGCTG 
GCCGTCTCTG AGGCAGCGCC TGAAGCTGGC GCCCCTACTT CAGCCTGTGT CCTCAGTGGT 
CACGCCACCC TGTCAGGGGG TGGTGATCAA AGGGAGCCCC AGACCTTGGA CAGCCAGATC 
CAGGAGACAA GCATCTAA

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

RefSeq	XP_008829028.1
CDS	40..2757
Translation	MSLPDKQPASLTAAYDQLCKGNPAECRMDSPKEISQTGFEWQRTEGKLNEIRLNVSMDGQLKDGLVKNASFLEQNKLCFFEGKLDKELSIEEPNKAYQATSDHLESRYVISETCHPSEGNSVHQKTAEFHLGLTEDQDKATTVQGKVAGKSGLETKGRPYLNFPVAADIPTQYGKEQETSVWNPNFHSVTQSSQVSRAATPGKEENGLIPGSPVISVVNNSGQLNCEFPLLVAITHPIPTIEHSPTTIPPITMVEFTQENLKAGSHNRGQGNGLEKLSSTEEGGAMFDQAPQQKKAMRRALSECSRLSVPPALNLADKYPELPAQEELPSDLLPPITSPMPSPMPRKLGVPAIRRSMTVAEEQSTSCRLSPRELPILSATEVPPVNCEEPVAKKREELTHFSNNSSNSSGKKELGTAGLYLCSKLEQIPEGSSKDKGQEDTSETRVDSCPLVYQGGEKQPGQAALAGKKEIEVIATQSTPSFLCEETPHDGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_008830806.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X8, mRNA.

Target ORF information:

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

XM_008830806.2

ORF Insert Sequence:

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC TTTGGCCACC ACTCAACCTG CAAAGACTTC AACATCGAAA 
GCCAAAACAC AGCCCACTTC TGTCCCTAAG CAGCCAGCTC CCACCACCCC TGGTGGGTTG 
AATAAAAAAC CCATGAGCCT CGCTTCAGGC TCAGTACCAG CTGCCCCACC CAAACGCCCT 
GCTGCTGCCA CTGCCAGGCC TTCCACCCTG CCTGCAAGAG ATGTGAAGCC AAAGCCCACT 
GCAGAGGCTA AGATTTCTGA AAAGCGAATC TCACCATCGA AGCCCATATC TGTCCCAGCC 
CTCAGACCTG GACCCAAGAC CACCCCAGCA GTCTCAAAAA CCACATCTCC TGCAACTCTT 
ACTTCCACTG GACCAGGCAG TCGAAGCCCC GCCACACCCC TGCCTAAGAG ACCCAGCACC 
ATTAAGACTG AGGGAAAACC TGCTGATGTC AAGAAGATGA CTGCCAAGTC TGCACCAGCT 
GACTTGAGTC GCTCAAAGAC CACCTCTACC AGTTCTGTAA AGAGAAACAC CACTTCCACA 
GGGGCAGCAC CCCCAGCAGG AATGACTTCC ACGCGAGTCA AGCCCACGTC AGCACCTTCC 
CGGCCTTCTG TGGACAAGAA GCCCACCTTG GCTAAGCCTA GCTTCTCTGT GCCCAGGCTG 
AGCCGCCTAA CCACCACTGC CTCTGCCTCT GCCCCTGATC TGAAAAATGT CCGCTCCAAG 
GTTGGTTCCA TAGAAAACAT CAAGCATCAG CCTGGAGGAG GCCGGGTTCA GATTCAGAAC 
AAGAAAGTGG ACATCTCCAA GGTCTCCTCC AAGTGCGGGT CCAAAGCTAA TATCAAGCAC 
AAGCCTGGTG GAGGAGATGT CAAGATTGAA AGTCAGAAGT TGAACTTCAA GGAGAAGGCC 
CAGGCCAAGG TTGGATCCCT TGATAATGTG GGCCACCTAC CTGCAGGAGG TGCCGTGAAG 
ACTGAGGGCG GTGGCAGTGA GGCCCCTCCA TGTCCCAGCC CTCCTGCTGG GGAGGAGCTG 
GCCGTCTCTG AGGCAGCGCC TGAAGCTGGC GCCCCTACTT CAGCCTGTGT CCTCAGTGGT 
CACGCCACCC TGTCAGGGGG TGGTGATCAA AGGGAGCCCC AGACCTTGGA CAGCCAGATC 
CAGGAGACAA GCATCTAA

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

Map4 ( XM_008830806.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008829028.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X13, mRNA.

Price & Availability↑

CloneID	ONa26847
Clone ID Related Accession (Same CDS sequence)	XM_008830806.2 , XM_008830806.3
Accession Version	XM_008830806.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2718bp) 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	microtubule-associated protein 4 isoform X13
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008830806.2. ##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##

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC TTTGGCCACC ACTCAACCTG CAAAGACTTC AACATCGAAA 
GCCAAAACAC AGCCCACTTC TGTCCCTAAG CAGCCAGCTC CCACCACCCC TGGTGGGTTG 
AATAAAAAAC CCATGAGCCT CGCTTCAGGC TCAGTACCAG CTGCCCCACC CAAACGCCCT 
GCTGCTGCCA CTGCCAGGCC TTCCACCCTG CCTGCAAGAG ATGTGAAGCC AAAGCCCACT 
GCAGAGGCTA AGATTTCTGA AAAGCGAATC TCACCATCGA AGCCCATATC TGTCCCAGCC 
CTCAGACCTG GACCCAAGAC CACCCCAGCA GTCTCAAAAA CCACATCTCC TGCAACTCTT 
ACTTCCACTG GACCAGGCAG TCGAAGCCCC GCCACACCCC TGCCTAAGAG ACCCAGCACC 
ATTAAGACTG AGGGAAAACC TGCTGATGTC AAGAAGATGA CTGCCAAGTC TGCACCAGCT 
GACTTGAGTC GCTCAAAGAC CACCTCTACC AGTTCTGTAA AGAGAAACAC CACTTCCACA 
GGGGCAGCAC CCCCAGCAGG AATGACTTCC ACGCGAGTCA AGCCCACGTC AGCACCTTCC 
CGGCCTTCTG TGGACAAGAA GCCCACCTTG GCTAAGCCTA GCTTCTCTGT GCCCAGGCTG 
AGCCGCCTAA CCACCACTGC CTCTGCCTCT GCCCCTGATC TGAAAAATGT CCGCTCCAAG 
GTTGGTTCCA TAGAAAACAT CAAGCATCAG CCTGGAGGAG GCCGGGTTCA GATTCAGAAC 
AAGAAAGTGG ACATCTCCAA GGTCTCCTCC AAGTGCGGGT CCAAAGCTAA TATCAAGCAC 
AAGCCTGGTG GAGGAGATGT CAAGATTGAA AGTCAGAAGT TGAACTTCAA GGAGAAGGCC 
CAGGCCAAGG TTGGATCCCT TGATAATGTG GGCCACCTAC CTGCAGGAGG TGCCGTGAAG 
ACTGAGGGCG GTGGCAGTGA GGCCCCTCCA TGTCCCAGCC CTCCTGCTGG GGAGGAGCTG 
GCCGTCTCTG AGGCAGCGCC TGAAGCTGGC GCCCCTACTT CAGCCTGTGT CCTCAGTGGT 
CACGCCACCC TGTCAGGGGG TGGTGATCAA AGGGAGCCCC AGACCTTGGA CAGCCAGATC 
CAGGAGACAA GCATCTAA

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

RefSeq	XP_008829028.1
CDS	16..2733
Translation	MSLPDKQPASLTAAYDQLCKGNPAECRMDSPKEISQTGFEWQRTEGKLNEIRLNVSMDGQLKDGLVKNASFLEQNKLCFFEGKLDKELSIEEPNKAYQATSDHLESRYVISETCHPSEGNSVHQKTAEFHLGLTEDQDKATTVQGKVAGKSGLETKGRPYLNFPVAADIPTQYGKEQETSVWNPNFHSVTQSSQVSRAATPGKEENGLIPGSPVISVVNNSGQLNCEFPLLVAITHPIPTIEHSPTTIPPITMVEFTQENLKAGSHNRGQGNGLEKLSSTEEGGAMFDQAPQQKKAMRRALSECSRLSVPPALNLADKYPELPAQEELPSDLLPPITSPMPSPMPRKLGVPAIRRSMTVAEEQSTSCRLSPRELPILSATEVPPVNCEEPVAKKREELTHFSNNSSNSSGKKELGTAGLYLCSKLEQIPEGSSKDKGQEDTSETRVDSCPLVYQGGEKQPGQAALAGKKEIEVIATQSTPSFLCEETPHDGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_008830806.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X13, mRNA.

Target ORF information:

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

XM_008830806.3

ORF Insert Sequence:

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC TTTGGCCACC ACTCAACCTG CAAAGACTTC AACATCGAAA 
GCCAAAACAC AGCCCACTTC TGTCCCTAAG CAGCCAGCTC CCACCACCCC TGGTGGGTTG 
AATAAAAAAC CCATGAGCCT CGCTTCAGGC TCAGTACCAG CTGCCCCACC CAAACGCCCT 
GCTGCTGCCA CTGCCAGGCC TTCCACCCTG CCTGCAAGAG ATGTGAAGCC AAAGCCCACT 
GCAGAGGCTA AGATTTCTGA AAAGCGAATC TCACCATCGA AGCCCATATC TGTCCCAGCC 
CTCAGACCTG GACCCAAGAC CACCCCAGCA GTCTCAAAAA CCACATCTCC TGCAACTCTT 
ACTTCCACTG GACCAGGCAG TCGAAGCCCC GCCACACCCC TGCCTAAGAG ACCCAGCACC 
ATTAAGACTG AGGGAAAACC TGCTGATGTC AAGAAGATGA CTGCCAAGTC TGCACCAGCT 
GACTTGAGTC GCTCAAAGAC CACCTCTACC AGTTCTGTAA AGAGAAACAC CACTTCCACA 
GGGGCAGCAC CCCCAGCAGG AATGACTTCC ACGCGAGTCA AGCCCACGTC AGCACCTTCC 
CGGCCTTCTG TGGACAAGAA GCCCACCTTG GCTAAGCCTA GCTTCTCTGT GCCCAGGCTG 
AGCCGCCTAA CCACCACTGC CTCTGCCTCT GCCCCTGATC TGAAAAATGT CCGCTCCAAG 
GTTGGTTCCA TAGAAAACAT CAAGCATCAG CCTGGAGGAG GCCGGGTTCA GATTCAGAAC 
AAGAAAGTGG ACATCTCCAA GGTCTCCTCC AAGTGCGGGT CCAAAGCTAA TATCAAGCAC 
AAGCCTGGTG GAGGAGATGT CAAGATTGAA AGTCAGAAGT TGAACTTCAA GGAGAAGGCC 
CAGGCCAAGG TTGGATCCCT TGATAATGTG GGCCACCTAC CTGCAGGAGG TGCCGTGAAG 
ACTGAGGGCG GTGGCAGTGA GGCCCCTCCA TGTCCCAGCC CTCCTGCTGG GGAGGAGCTG 
GCCGTCTCTG AGGCAGCGCC TGAAGCTGGC GCCCCTACTT CAGCCTGTGT CCTCAGTGGT 
CACGCCACCC TGTCAGGGGG TGGTGATCAA AGGGAGCCCC AGACCTTGGA CAGCCAGATC 
CAGGAGACAA GCATCTAA

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

Map4 ( XM_008830815.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008829037.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X14, mRNA.

Price & Availability↑

CloneID	ONa26848
Clone ID Related Accession (Same CDS sequence)	XM_008830815.3 , XM_008830815.2
Accession Version	XM_008830815.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2709bp) 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	microtubule-associated protein 4 isoform X14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008830815.2. ##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##

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC CACTGCAGAG GCTAAGATTT CTGAAAAGCG AATCTCACCA 
TCGAAGCCCA TATCTGTCCC AGCCCTCAGA CCTGGACCCA AGACCACCCC AGCAGTCTCA 
AAAACCACAT CTCCTGCAAC TCTTACTTCC ACTGGACCAG GCAGTCGAAG CCCCGCCACA 
CCCCTGCCTA AGAGACCCAG CACCATTAAG ACTGAGGGAA AACCTGCTGA TGTCAAGAAG 
ATGACTGCCA AGTCTGCACC AGCTGACTTG AGTCGCTCAA AGACCACCTC TACCAGTTCT 
GTAAAGAGAA ACACCACTTC CACAGGGGCA GCACCCCCAG CAGGAATGAC TTCCACGCGA 
GTCAAGCCCA CGTCAGCACC TTCCCGGCCT TCTGTGGACA AGAAGCCCAC CTTGGCTAAG 
CCTAGCTTCT CTGTGCCCAG GCTGAGCCGC CTAACCACCA CTGCCTCTGC CTCTGCCCCT 
GATCTGAAAA ATGTCCGCTC CAAGGTTGGT TCCATAGAAA ACATCAAGCA TCAGCCTGGA 
GGAGGCCGGG CCAAAGTAGA GAAAAAAACA GAGGCAGCTA CAACGGGAAA GCCTGAACCT 
AATGCAACCA CTAAAACAGC GGGCTCCATT GCAAGTACAC AGAAACCACC TGCCGGGAAA 
GTCCAGATAG TCTCCAAAAA AGTGAGCTAC AGCCATATTC AATCCAAGTG TGGTTCCAAG 
GACAATATTA AGCATGTCCC TGGAGGTGGT AATGTTCAGA TTCAGAACAA GAAAGTGGAC 
ATCTCCAAGG TCTCCTCCAA GTGCGGGTCC AAAGCTAATA TCAAGCACAA GCCTGGTGGA 
GGAGATGTCA AGATTGAAAG TCAGAAGTTG AACTTCAAGG AGAAGGCCCA GGCCAAGGTT 
GGATCCCTTG ATAATGTGGG CCACCTACCT GCAGGAGGTG CCGTGAAGGT AACTGAGGGC 
GGTGGCAGTG AGGCCCCTCC ATGTCCCAGC CCTCCTGCTG GGGAGGAGCT GGCCGTCTCT 
GAGGCAGCGC CTGAAGCTGG CGCCCCTACT TCAGCCTGTG TCCTCAGTGG TCACGCCACC 
CTGTCAGGGG GTGGTGATCA AAGGGAGCCC CAGACCTTGG ACAGCCAGAT CCAGGAGACA 
AGCATCTAA

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

RefSeq	XP_008829037.1
CDS	21..2729
Translation	MSLPDKQPASLTAAYDQLCKGNPAECRMDSPKEISQTGFEWQRTEGKLNEIRLNVSMDGQLKDGLVKNASFLEQNKLCFFEGKLDKELSIEEPNKAYQATSDHLESRYVISETCHPSEGNSVHQKTAEFHLGLTEDQDKATTVQGKVAGKSGLETKGRPYLNFPVAADIPTQYGKEQETSVWNPNFHSVTQSSQVSRAATPGKEENGLIPGSPVISVVNNSGQLNCEFPLLVAITHPIPTIEHSPTTIPPITMVEFTQENLKAGSHNRGQGNGLEKLSSTEEGGAMFDQAPQQKKAMRRALSECSRLSVPPALNLADKYPELPAQEELPSDLLPPITSPMPSPMPRKLGVPAIRRSMTVAEEQSTSCRLSPRELPILSATEVPPVNCEEPVAKKREELTHFSNNSSNSSGKKELGTAGLYLCSKLEQIPEGSSKDKGQEDTSETRVDSCPLVYQGGEKQPGQAALAGKKEIEVIATQSTPSFLCEETPHDGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_008830815.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X14, mRNA.

Target ORF information:

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

XM_008830815.3

ORF Insert Sequence:

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC CACTGCAGAG GCTAAGATTT CTGAAAAGCG AATCTCACCA 
TCGAAGCCCA TATCTGTCCC AGCCCTCAGA CCTGGACCCA AGACCACCCC AGCAGTCTCA 
AAAACCACAT CTCCTGCAAC TCTTACTTCC ACTGGACCAG GCAGTCGAAG CCCCGCCACA 
CCCCTGCCTA AGAGACCCAG CACCATTAAG ACTGAGGGAA AACCTGCTGA TGTCAAGAAG 
ATGACTGCCA AGTCTGCACC AGCTGACTTG AGTCGCTCAA AGACCACCTC TACCAGTTCT 
GTAAAGAGAA ACACCACTTC CACAGGGGCA GCACCCCCAG CAGGAATGAC TTCCACGCGA 
GTCAAGCCCA CGTCAGCACC TTCCCGGCCT TCTGTGGACA AGAAGCCCAC CTTGGCTAAG 
CCTAGCTTCT CTGTGCCCAG GCTGAGCCGC CTAACCACCA CTGCCTCTGC CTCTGCCCCT 
GATCTGAAAA ATGTCCGCTC CAAGGTTGGT TCCATAGAAA ACATCAAGCA TCAGCCTGGA 
GGAGGCCGGG CCAAAGTAGA GAAAAAAACA GAGGCAGCTA CAACGGGAAA GCCTGAACCT 
AATGCAACCA CTAAAACAGC GGGCTCCATT GCAAGTACAC AGAAACCACC TGCCGGGAAA 
GTCCAGATAG TCTCCAAAAA AGTGAGCTAC AGCCATATTC AATCCAAGTG TGGTTCCAAG 
GACAATATTA AGCATGTCCC TGGAGGTGGT AATGTTCAGA TTCAGAACAA GAAAGTGGAC 
ATCTCCAAGG TCTCCTCCAA GTGCGGGTCC AAAGCTAATA TCAAGCACAA GCCTGGTGGA 
GGAGATGTCA AGATTGAAAG TCAGAAGTTG AACTTCAAGG AGAAGGCCCA GGCCAAGGTT 
GGATCCCTTG ATAATGTGGG CCACCTACCT GCAGGAGGTG CCGTGAAGGT AACTGAGGGC 
GGTGGCAGTG AGGCCCCTCC ATGTCCCAGC CCTCCTGCTG GGGAGGAGCT GGCCGTCTCT 
GAGGCAGCGC CTGAAGCTGG CGCCCCTACT TCAGCCTGTG TCCTCAGTGG TCACGCCACC 
CTGTCAGGGG GTGGTGATCA AAGGGAGCCC CAGACCTTGG ACAGCCAGAT CCAGGAGACA 
AGCATCTAA

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

Map4 ( XM_008830815.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008829037.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X9, mRNA.

Price & Availability↑

CloneID	ONa26848
Clone ID Related Accession (Same CDS sequence)	XM_008830815.3 , XM_008830815.2
Accession Version	XM_008830815.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2709bp) 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	microtubule-associated protein 4 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008830815.1. ##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##

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC CACTGCAGAG GCTAAGATTT CTGAAAAGCG AATCTCACCA 
TCGAAGCCCA TATCTGTCCC AGCCCTCAGA CCTGGACCCA AGACCACCCC AGCAGTCTCA 
AAAACCACAT CTCCTGCAAC TCTTACTTCC ACTGGACCAG GCAGTCGAAG CCCCGCCACA 
CCCCTGCCTA AGAGACCCAG CACCATTAAG ACTGAGGGAA AACCTGCTGA TGTCAAGAAG 
ATGACTGCCA AGTCTGCACC AGCTGACTTG AGTCGCTCAA AGACCACCTC TACCAGTTCT 
GTAAAGAGAA ACACCACTTC CACAGGGGCA GCACCCCCAG CAGGAATGAC TTCCACGCGA 
GTCAAGCCCA CGTCAGCACC TTCCCGGCCT TCTGTGGACA AGAAGCCCAC CTTGGCTAAG 
CCTAGCTTCT CTGTGCCCAG GCTGAGCCGC CTAACCACCA CTGCCTCTGC CTCTGCCCCT 
GATCTGAAAA ATGTCCGCTC CAAGGTTGGT TCCATAGAAA ACATCAAGCA TCAGCCTGGA 
GGAGGCCGGG CCAAAGTAGA GAAAAAAACA GAGGCAGCTA CAACGGGAAA GCCTGAACCT 
AATGCAACCA CTAAAACAGC GGGCTCCATT GCAAGTACAC AGAAACCACC TGCCGGGAAA 
GTCCAGATAG TCTCCAAAAA AGTGAGCTAC AGCCATATTC AATCCAAGTG TGGTTCCAAG 
GACAATATTA AGCATGTCCC TGGAGGTGGT AATGTTCAGA TTCAGAACAA GAAAGTGGAC 
ATCTCCAAGG TCTCCTCCAA GTGCGGGTCC AAAGCTAATA TCAAGCACAA GCCTGGTGGA 
GGAGATGTCA AGATTGAAAG TCAGAAGTTG AACTTCAAGG AGAAGGCCCA GGCCAAGGTT 
GGATCCCTTG ATAATGTGGG CCACCTACCT GCAGGAGGTG CCGTGAAGGT AACTGAGGGC 
GGTGGCAGTG AGGCCCCTCC ATGTCCCAGC CCTCCTGCTG GGGAGGAGCT GGCCGTCTCT 
GAGGCAGCGC CTGAAGCTGG CGCCCCTACT TCAGCCTGTG TCCTCAGTGG TCACGCCACC 
CTGTCAGGGG GTGGTGATCA AAGGGAGCCC CAGACCTTGG ACAGCCAGAT CCAGGAGACA 
AGCATCTAA

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

RefSeq	XP_008829037.1
CDS	41..2749
Translation	MSLPDKQPASLTAAYDQLCKGNPAECRMDSPKEISQTGFEWQRTEGKLNEIRLNVSMDGQLKDGLVKNASFLEQNKLCFFEGKLDKELSIEEPNKAYQATSDHLESRYVISETCHPSEGNSVHQKTAEFHLGLTEDQDKATTVQGKVAGKSGLETKGRPYLNFPVAADIPTQYGKEQETSVWNPNFHSVTQSSQVSRAATPGKEENGLIPGSPVISVVNNSGQLNCEFPLLVAITHPIPTIEHSPTTIPPITMVEFTQENLKAGSHNRGQGNGLEKLSSTEEGGAMFDQAPQQKKAMRRALSECSRLSVPPALNLADKYPELPAQEELPSDLLPPITSPMPSPMPRKLGVPAIRRSMTVAEEQSTSCRLSPRELPILSATEVPPVNCEEPVAKKREELTHFSNNSSNSSGKKELGTAGLYLCSKLEQIPEGSSKDKGQEDTSETRVDSCPLVYQGGEKQPGQAALAGKKEIEVIATQSTPSFLCEETPHDGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_008830815.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X9, mRNA.

Target ORF information:

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

XM_008830815.2

ORF Insert Sequence:

ATGTCACTCC CAGACAAGCA GCCAGCTTCT CTCACTGCTG CGTACGACCA GCTCTGTAAA 
GGCAACCCTG CAGAGTGCCG AATGGACTCC CCAAAAGAGA TCAGTCAGAC GGGATTCGAG 
TGGCAGAGGA CAGAGGGCAA ACTGAATGAA ATCAGGCTGA ATGTCAGTAT GGATGGGCAA 
CTGAAAGACG GGCTTGTGAA GAATGCCAGC TTCCTGGAGC AGAATAAGCT CTGCTTTTTT 
GAGGGGAAGC TAGACAAAGA ACTCAGCATT GAAGAGCCGA ACAAGGCATA CCAAGCAACC 
TCTGATCACC TTGAGAGCAG GTATGTGATT TCAGAAACCT GCCATCCCTC GGAGGGGAAC 
TCAGTACACC AGAAGACAGC TGAGTTCCAT CTGGGACTCA CAGAGGACCA AGACAAAGCC 
ACTACAGTTC AGGGGAAGGT GGCAGGGAAG AGTGGACTAG AAACCAAGGG CCGGCCATAT 
CTGAATTTTC CTGTGGCTGC TGACATCCCC ACCCAGTATG GTAAGGAGCA GGAAACCAGT 
GTTTGGAACC CTAACTTTCA TTCAGTGACT CAGAGCTCTC AGGTCTCAAG GGCAGCAACT 
CCAGGAAAGG AGGAGAATGG CCTCATCCCT GGCTCCCCAG TGATCTCGGT GGTGAATAAC 
TCTGGGCAGC TTAACTGTGA GTTCCCACTA CTGGTGGCTA TCACCCACCC AATCCCTACT 
ATTGAGCATT CACCCACCAC CATTCCACCA ATCACTATGG TGGAGTTCAC CCAGGAAAAT 
TTGAAAGCAG GCTCTCACAA CAGAGGCCAG GGTAACGGGT TGGAGAAATT GAGTTCCACT 
GAGGAGGGGG GTGCTATGTT CGACCAAGCC CCCCAGCAGA AGAAGGCCAT GCGTAGGGCC 
CTCTCTGAGT GTTCTCGCCT CTCAGTGCCC CCAGCTTTGA ACCTTGCAGA TAAGTATCCT 
GAACTCCCTG CCCAAGAGGA ACTTCCTTCT GACCTGCTGC CTCCCATCAC TAGCCCCATG 
CCAAGTCCTA TGCCCAGGAA GCTGGGAGTG CCTGCCATAA GGCGCTCCAT GACAGTGGCT 
GAAGAACAGT CAACTAGCTG CAGATTGAGT CCCAGAGAAC TGCCCATCCT GTCTGCTACA 
GAGGTACCTC CTGTCAACTG CGAGGAACCA GTGGCCAAGA AGAGAGAAGA ACTGACACAT 
TTCAGCAATA ACAGCAGCAA CAGCTCTGGG AAGAAGGAAC TTGGCACTGC TGGGTTATAT 
CTCTGTAGTA AGCTGGAGCA GATCCCCGAA GGAAGCAGCA AGGATAAAGG ACAGGAAGAT 
ACTAGTGAGA CCAGAGTTGA TTCATGCCCG TTAGTCTACC AGGGAGGCGA GAAACAGCCA 
GGACAGGCGG CTCTGGCAGG GAAGAAAGAA ATTGAGGTCA TTGCAACCCA GAGCACTCCA 
TCGTTTCTAT GTGAAGAGAC CCCACATGAT GGAATAGCCA GGCAAGAAGA AGGAAAGGCT 
GATGTTGGTG TGACCGGAAA TGACATCACT ACCCCACCAA ACAAGGAGCT ACCACCAAGC 
CCAGAAAAGA AAACAAAGCC CACTGCAGAG GCTAAGATTT CTGAAAAGCG AATCTCACCA 
TCGAAGCCCA TATCTGTCCC AGCCCTCAGA CCTGGACCCA AGACCACCCC AGCAGTCTCA 
AAAACCACAT CTCCTGCAAC TCTTACTTCC ACTGGACCAG GCAGTCGAAG CCCCGCCACA 
CCCCTGCCTA AGAGACCCAG CACCATTAAG ACTGAGGGAA AACCTGCTGA TGTCAAGAAG 
ATGACTGCCA AGTCTGCACC AGCTGACTTG AGTCGCTCAA AGACCACCTC TACCAGTTCT 
GTAAAGAGAA ACACCACTTC CACAGGGGCA GCACCCCCAG CAGGAATGAC TTCCACGCGA 
GTCAAGCCCA CGTCAGCACC TTCCCGGCCT TCTGTGGACA AGAAGCCCAC CTTGGCTAAG 
CCTAGCTTCT CTGTGCCCAG GCTGAGCCGC CTAACCACCA CTGCCTCTGC CTCTGCCCCT 
GATCTGAAAA ATGTCCGCTC CAAGGTTGGT TCCATAGAAA ACATCAAGCA TCAGCCTGGA 
GGAGGCCGGG CCAAAGTAGA GAAAAAAACA GAGGCAGCTA CAACGGGAAA GCCTGAACCT 
AATGCAACCA CTAAAACAGC GGGCTCCATT GCAAGTACAC AGAAACCACC TGCCGGGAAA 
GTCCAGATAG TCTCCAAAAA AGTGAGCTAC AGCCATATTC AATCCAAGTG TGGTTCCAAG 
GACAATATTA AGCATGTCCC TGGAGGTGGT AATGTTCAGA TTCAGAACAA GAAAGTGGAC 
ATCTCCAAGG TCTCCTCCAA GTGCGGGTCC AAAGCTAATA TCAAGCACAA GCCTGGTGGA 
GGAGATGTCA AGATTGAAAG TCAGAAGTTG AACTTCAAGG AGAAGGCCCA GGCCAAGGTT 
GGATCCCTTG ATAATGTGGG CCACCTACCT GCAGGAGGTG CCGTGAAGGT AACTGAGGGC 
GGTGGCAGTG AGGCCCCTCC ATGTCCCAGC CCTCCTGCTG GGGAGGAGCT GGCCGTCTCT 
GAGGCAGCGC CTGAAGCTGG CGCCCCTACT TCAGCCTGTG TCCTCAGTGG TCACGCCACC 
CTGTCAGGGG GTGGTGATCA AAGGGAGCCC CAGACCTTGG ACAGCCAGAT CCAGGAGACA 
AGCATCTAA

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

Map4 ( XM_017797518.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017653007.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X8, mRNA.

Price & Availability↑

CloneID	ONa26841
Clone ID Related Accession (Same CDS sequence)	XM_017797518.2 , XM_017797518.1
Accession Version	XM_017797518.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3048bp) 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	microtubule-associated protein 4 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_017797518.1. ##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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCTTTGGCC ACCACTCAAC CTGCAAAGAC TTCAACATCG 
AAAGCCAAAA CACAGCCCAC TTCTGTCCCT AAGCAGCCAG CTCCCACCAC CCCTGGTGGG 
TTGAATAAAA AACCCATGAG CCTCGCTTCA GGCTCAGTAC CAGCTGCCCC ACCCAAACGC 
CCTGCTGCTG CCACTGCCAG GCCTTCCACC CTGCCTGCAA GAGATGTGAA GCCAAAGCCC 
ACTGCAGAGG CTAAGATTTC TGAAAAGCGA ATCTCACCAT CGAAGCCCAT ATCTGTCCCA 
GCCCTCAGAC CTGGACCCAA GACCACCCCA GCAGTCTCAA AAACCACATC TCCTGCAACT 
CTTACTTCCA CTGGACCAGG CAGTCGAAGC CCCGCCACAC CCCTGCCTAA GAGACCCAGC 
ACCATTAAGA CTGAGGGAAA ACCTGCTGAT GTCAAGAAGA TGACTGCCAA GTCTGCACCA 
GCTGACTTGA GTCGCTCAAA GACCACCTCT ACCAGTTCTG TAAAGAGAAA CACCACTTCC 
ACAGGGGCAG CACCCCCAGC AGGAATGACT TCCACGCGAG TCAAGCCCAC GTCAGCACCT 
TCCCGGCCTT CTGTGGACAA GAAGCCCACC TTGGCTAAGC CTAGCTTCTC TGTGCCCAGG 
CTGAGCCGCC TAACCACCAC TGCCTCTGCC TCTGCCCCTG ATCTGAAAAA TGTCCGCTCC 
AAGGTTGGTT CCATAGAAAA CATCAAGCAT CAGCCTGGAG GAGGCCGGGC CAAAGTAGAG 
AAAAAAACAG AGGCAGCTAC AACGGGAAAG CCTGAACCTA ATGCAACCAC TAAAACAGCG 
GGCTCCATTG CAAGTACACA GAAACCACCT GCCGGGAAAG TCCAGATAGT CTCCAAAAAA 
GTGAGCTACA GCCATATTCA ATCCAAGTGT GGTTCCAAGG ACAATATTAA GCATGTCCCT 
GGAGGTGGTA ATGTTCAGAT TCAGAACAAG AAAGTGGACA TCTCCAAGGT CTCCTCCAAG 
TGCGGGTCCA AAGCTAATAT CAAGCACAAG CCTGGTGGAG GAGATGTCAA GATTGAAAGT 
CAGAAGTTGA ACTTCAAGGA GAAGGCCCAG GCCAAGGTTG GATCCCTTGA TAATGTGGGC 
CACCTACCTG CAGGAGGTGC CGTGAAGGTA ACTGAGGGCG GTGGCAGTGA GGCCCCTCCA 
TGTCCCAGCC CTCCTGCTGG GGAGGAGCTG GCCGTCTCTG AGGCAGCGCC TGAAGCTGGC 
GCCCCTACTT CAGCCTGTGT CCTCAGTGGT CACGCCACCC TGTCAGGGGG TGGTGATCAA 
AGGGAGCCCC AGACCTTGGA CAGCCAGATC CAGGAGACAA GCATCTAA

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

RefSeq	XP_017653007.1
CDS	38..3085
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_017797518.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X8, mRNA.

Target ORF information:

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

XM_017797518.2

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCTTTGGCC ACCACTCAAC CTGCAAAGAC TTCAACATCG 
AAAGCCAAAA CACAGCCCAC TTCTGTCCCT AAGCAGCCAG CTCCCACCAC CCCTGGTGGG 
TTGAATAAAA AACCCATGAG CCTCGCTTCA GGCTCAGTAC CAGCTGCCCC ACCCAAACGC 
CCTGCTGCTG CCACTGCCAG GCCTTCCACC CTGCCTGCAA GAGATGTGAA GCCAAAGCCC 
ACTGCAGAGG CTAAGATTTC TGAAAAGCGA ATCTCACCAT CGAAGCCCAT ATCTGTCCCA 
GCCCTCAGAC CTGGACCCAA GACCACCCCA GCAGTCTCAA AAACCACATC TCCTGCAACT 
CTTACTTCCA CTGGACCAGG CAGTCGAAGC CCCGCCACAC CCCTGCCTAA GAGACCCAGC 
ACCATTAAGA CTGAGGGAAA ACCTGCTGAT GTCAAGAAGA TGACTGCCAA GTCTGCACCA 
GCTGACTTGA GTCGCTCAAA GACCACCTCT ACCAGTTCTG TAAAGAGAAA CACCACTTCC 
ACAGGGGCAG CACCCCCAGC AGGAATGACT TCCACGCGAG TCAAGCCCAC GTCAGCACCT 
TCCCGGCCTT CTGTGGACAA GAAGCCCACC TTGGCTAAGC CTAGCTTCTC TGTGCCCAGG 
CTGAGCCGCC TAACCACCAC TGCCTCTGCC TCTGCCCCTG ATCTGAAAAA TGTCCGCTCC 
AAGGTTGGTT CCATAGAAAA CATCAAGCAT CAGCCTGGAG GAGGCCGGGC CAAAGTAGAG 
AAAAAAACAG AGGCAGCTAC AACGGGAAAG CCTGAACCTA ATGCAACCAC TAAAACAGCG 
GGCTCCATTG CAAGTACACA GAAACCACCT GCCGGGAAAG TCCAGATAGT CTCCAAAAAA 
GTGAGCTACA GCCATATTCA ATCCAAGTGT GGTTCCAAGG ACAATATTAA GCATGTCCCT 
GGAGGTGGTA ATGTTCAGAT TCAGAACAAG AAAGTGGACA TCTCCAAGGT CTCCTCCAAG 
TGCGGGTCCA AAGCTAATAT CAAGCACAAG CCTGGTGGAG GAGATGTCAA GATTGAAAGT 
CAGAAGTTGA ACTTCAAGGA GAAGGCCCAG GCCAAGGTTG GATCCCTTGA TAATGTGGGC 
CACCTACCTG CAGGAGGTGC CGTGAAGGTA ACTGAGGGCG GTGGCAGTGA GGCCCCTCCA 
TGTCCCAGCC CTCCTGCTGG GGAGGAGCTG GCCGTCTCTG AGGCAGCGCC TGAAGCTGGC 
GCCCCTACTT CAGCCTGTGT CCTCAGTGGT CACGCCACCC TGTCAGGGGG TGGTGATCAA 
AGGGAGCCCC AGACCTTGGA CAGCCAGATC CAGGAGACAA GCATCTAA

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

Map4 ( XM_017797518.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017653007.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ONa26841
Clone ID Related Accession (Same CDS sequence)	XM_017797518.2 , XM_017797518.1
Accession Version	XM_017797518.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3048bp) 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	microtubule-associated protein 4 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCTTTGGCC ACCACTCAAC CTGCAAAGAC TTCAACATCG 
AAAGCCAAAA CACAGCCCAC TTCTGTCCCT AAGCAGCCAG CTCCCACCAC CCCTGGTGGG 
TTGAATAAAA AACCCATGAG CCTCGCTTCA GGCTCAGTAC CAGCTGCCCC ACCCAAACGC 
CCTGCTGCTG CCACTGCCAG GCCTTCCACC CTGCCTGCAA GAGATGTGAA GCCAAAGCCC 
ACTGCAGAGG CTAAGATTTC TGAAAAGCGA ATCTCACCAT CGAAGCCCAT ATCTGTCCCA 
GCCCTCAGAC CTGGACCCAA GACCACCCCA GCAGTCTCAA AAACCACATC TCCTGCAACT 
CTTACTTCCA CTGGACCAGG CAGTCGAAGC CCCGCCACAC CCCTGCCTAA GAGACCCAGC 
ACCATTAAGA CTGAGGGAAA ACCTGCTGAT GTCAAGAAGA TGACTGCCAA GTCTGCACCA 
GCTGACTTGA GTCGCTCAAA GACCACCTCT ACCAGTTCTG TAAAGAGAAA CACCACTTCC 
ACAGGGGCAG CACCCCCAGC AGGAATGACT TCCACGCGAG TCAAGCCCAC GTCAGCACCT 
TCCCGGCCTT CTGTGGACAA GAAGCCCACC TTGGCTAAGC CTAGCTTCTC TGTGCCCAGG 
CTGAGCCGCC TAACCACCAC TGCCTCTGCC TCTGCCCCTG ATCTGAAAAA TGTCCGCTCC 
AAGGTTGGTT CCATAGAAAA CATCAAGCAT CAGCCTGGAG GAGGCCGGGC CAAAGTAGAG 
AAAAAAACAG AGGCAGCTAC AACGGGAAAG CCTGAACCTA ATGCAACCAC TAAAACAGCG 
GGCTCCATTG CAAGTACACA GAAACCACCT GCCGGGAAAG TCCAGATAGT CTCCAAAAAA 
GTGAGCTACA GCCATATTCA ATCCAAGTGT GGTTCCAAGG ACAATATTAA GCATGTCCCT 
GGAGGTGGTA ATGTTCAGAT TCAGAACAAG AAAGTGGACA TCTCCAAGGT CTCCTCCAAG 
TGCGGGTCCA AAGCTAATAT CAAGCACAAG CCTGGTGGAG GAGATGTCAA GATTGAAAGT 
CAGAAGTTGA ACTTCAAGGA GAAGGCCCAG GCCAAGGTTG GATCCCTTGA TAATGTGGGC 
CACCTACCTG CAGGAGGTGC CGTGAAGGTA ACTGAGGGCG GTGGCAGTGA GGCCCCTCCA 
TGTCCCAGCC CTCCTGCTGG GGAGGAGCTG GCCGTCTCTG AGGCAGCGCC TGAAGCTGGC 
GCCCCTACTT CAGCCTGTGT CCTCAGTGGT CACGCCACCC TGTCAGGGGG TGGTGATCAA 
AGGGAGCCCC AGACCTTGGA CAGCCAGATC CAGGAGACAA GCATCTAA

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

RefSeq	XP_017653007.1
CDS	26..3073
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_017797518.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X2, mRNA.

Target ORF information:

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

XM_017797518.1

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCTTTGGCC ACCACTCAAC CTGCAAAGAC TTCAACATCG 
AAAGCCAAAA CACAGCCCAC TTCTGTCCCT AAGCAGCCAG CTCCCACCAC CCCTGGTGGG 
TTGAATAAAA AACCCATGAG CCTCGCTTCA GGCTCAGTAC CAGCTGCCCC ACCCAAACGC 
CCTGCTGCTG CCACTGCCAG GCCTTCCACC CTGCCTGCAA GAGATGTGAA GCCAAAGCCC 
ACTGCAGAGG CTAAGATTTC TGAAAAGCGA ATCTCACCAT CGAAGCCCAT ATCTGTCCCA 
GCCCTCAGAC CTGGACCCAA GACCACCCCA GCAGTCTCAA AAACCACATC TCCTGCAACT 
CTTACTTCCA CTGGACCAGG CAGTCGAAGC CCCGCCACAC CCCTGCCTAA GAGACCCAGC 
ACCATTAAGA CTGAGGGAAA ACCTGCTGAT GTCAAGAAGA TGACTGCCAA GTCTGCACCA 
GCTGACTTGA GTCGCTCAAA GACCACCTCT ACCAGTTCTG TAAAGAGAAA CACCACTTCC 
ACAGGGGCAG CACCCCCAGC AGGAATGACT TCCACGCGAG TCAAGCCCAC GTCAGCACCT 
TCCCGGCCTT CTGTGGACAA GAAGCCCACC TTGGCTAAGC CTAGCTTCTC TGTGCCCAGG 
CTGAGCCGCC TAACCACCAC TGCCTCTGCC TCTGCCCCTG ATCTGAAAAA TGTCCGCTCC 
AAGGTTGGTT CCATAGAAAA CATCAAGCAT CAGCCTGGAG GAGGCCGGGC CAAAGTAGAG 
AAAAAAACAG AGGCAGCTAC AACGGGAAAG CCTGAACCTA ATGCAACCAC TAAAACAGCG 
GGCTCCATTG CAAGTACACA GAAACCACCT GCCGGGAAAG TCCAGATAGT CTCCAAAAAA 
GTGAGCTACA GCCATATTCA ATCCAAGTGT GGTTCCAAGG ACAATATTAA GCATGTCCCT 
GGAGGTGGTA ATGTTCAGAT TCAGAACAAG AAAGTGGACA TCTCCAAGGT CTCCTCCAAG 
TGCGGGTCCA AAGCTAATAT CAAGCACAAG CCTGGTGGAG GAGATGTCAA GATTGAAAGT 
CAGAAGTTGA ACTTCAAGGA GAAGGCCCAG GCCAAGGTTG GATCCCTTGA TAATGTGGGC 
CACCTACCTG CAGGAGGTGC CGTGAAGGTA ACTGAGGGCG GTGGCAGTGA GGCCCCTCCA 
TGTCCCAGCC CTCCTGCTGG GGAGGAGCTG GCCGTCTCTG AGGCAGCGCC TGAAGCTGGC 
GCCCCTACTT CAGCCTGTGT CCTCAGTGGT CACGCCACCC TGTCAGGGGG TGGTGATCAA 
AGGGAGCCCC AGACCTTGGA CAGCCAGATC CAGGAGACAA GCATCTAA

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

Map4 ( XM_017797520.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017653009.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X9, mRNA.

Price & Availability↑

CloneID	ONa26842
Clone ID Related Accession (Same CDS sequence)	XM_017797520.2 , XM_017797520.1
Accession Version	XM_017797520.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3045bp) 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	microtubule-associated protein 4 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_017797520.1. ##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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCTTTGGCC ACCACTCAAC CTGCAAAGAC TTCAACATCG 
AAAGCCAAAA CACAGCCCAC TTCTGTCCCT AAGCAGCCAG CTCCCACCAC CCCTGGTGGG 
TTGAATAAAA AACCCATGAG CCTCGCTTCA GGCTCAGTAC CAGCTGCCCC ACCCAAACGC 
CCTGCTGCTG CCACTGCCAG GCCTTCCACC CTGCCTGCAA GAGATGTGAA GCCAAAGCCC 
ACTGCAGAGG CTAAGATTTC TGAAAAGCGA ATCTCACCAT CGAAGCCCAT ATCTGTCCCA 
GCCCTCAGAC CTGGACCCAA GACCACCCCA GCAGTCTCAA AAACCACATC TCCTGCAACT 
CTTACTTCCA CTGGACCAGG CAGTCGAAGC CCCGCCACAC CCCTGCCTAA GAGACCCAGC 
ACCATTAAGA CTGAGGGAAA ACCTGCTGAT GTCAAGAAGA TGACTGCCAA GTCTGCACCA 
GCTGACTTGA GTCGCTCAAA GACCACCTCT ACCAGTTCTG TAAAGAGAAA CACCACTTCC 
ACAGGGGCAG CACCCCCAGC AGGAATGACT TCCACGCGAG TCAAGCCCAC GTCAGCACCT 
TCCCGGCCTT CTGTGGACAA GAAGCCCACC TTGGCTAAGC CTAGCTTCTC TGTGCCCAGG 
CTGAGCCGCC TAACCACCAC TGCCTCTGCC TCTGCCCCTG ATCTGAAAAA TGTCCGCTCC 
AAGGTTGGTT CCATAGAAAA CATCAAGCAT CAGCCTGGAG GAGGCCGGGC CAAAGTAGAG 
AAAAAAACAG AGGCAGCTAC AACGGGAAAG CCTGAACCTA ATGCAACCAC TAAAACAGCG 
GGCTCCATTG CAAGTACACA GAAACCACCT GCCGGGAAAG TCCAGATAGT CTCCAAAAAA 
GTGAGCTACA GCCATATTCA ATCCAAGTGT GGTTCCAAGG ACAATATTAA GCATGTCCCT 
GGAGGTGGTA ATGTTCAGAT TCAGAACAAG AAAGTGGACA TCTCCAAGGT CTCCTCCAAG 
TGCGGGTCCA AAGCTAATAT CAAGCACAAG CCTGGTGGAG GAGATGTCAA GATTGAAAGT 
CAGAAGTTGA ACTTCAAGGA GAAGGCCCAG GCCAAGGTTG GATCCCTTGA TAATGTGGGC 
CACCTACCTG CAGGAGGTGC CGTGAAGACT GAGGGCGGTG GCAGTGAGGC CCCTCCATGT 
CCCAGCCCTC CTGCTGGGGA GGAGCTGGCC GTCTCTGAGG CAGCGCCTGA AGCTGGCGCC 
CCTACTTCAG CCTGTGTCCT CAGTGGTCAC GCCACCCTGT CAGGGGGTGG TGATCAAAGG 
GAGCCCCAGA CCTTGGACAG CCAGATCCAG GAGACAAGCA TCTAA

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

RefSeq	XP_017653009.1
CDS	38..3082
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_017797520.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X9, mRNA.

Target ORF information:

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

XM_017797520.2

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCTTTGGCC ACCACTCAAC CTGCAAAGAC TTCAACATCG 
AAAGCCAAAA CACAGCCCAC TTCTGTCCCT AAGCAGCCAG CTCCCACCAC CCCTGGTGGG 
TTGAATAAAA AACCCATGAG CCTCGCTTCA GGCTCAGTAC CAGCTGCCCC ACCCAAACGC 
CCTGCTGCTG CCACTGCCAG GCCTTCCACC CTGCCTGCAA GAGATGTGAA GCCAAAGCCC 
ACTGCAGAGG CTAAGATTTC TGAAAAGCGA ATCTCACCAT CGAAGCCCAT ATCTGTCCCA 
GCCCTCAGAC CTGGACCCAA GACCACCCCA GCAGTCTCAA AAACCACATC TCCTGCAACT 
CTTACTTCCA CTGGACCAGG CAGTCGAAGC CCCGCCACAC CCCTGCCTAA GAGACCCAGC 
ACCATTAAGA CTGAGGGAAA ACCTGCTGAT GTCAAGAAGA TGACTGCCAA GTCTGCACCA 
GCTGACTTGA GTCGCTCAAA GACCACCTCT ACCAGTTCTG TAAAGAGAAA CACCACTTCC 
ACAGGGGCAG CACCCCCAGC AGGAATGACT TCCACGCGAG TCAAGCCCAC GTCAGCACCT 
TCCCGGCCTT CTGTGGACAA GAAGCCCACC TTGGCTAAGC CTAGCTTCTC TGTGCCCAGG 
CTGAGCCGCC TAACCACCAC TGCCTCTGCC TCTGCCCCTG ATCTGAAAAA TGTCCGCTCC 
AAGGTTGGTT CCATAGAAAA CATCAAGCAT CAGCCTGGAG GAGGCCGGGC CAAAGTAGAG 
AAAAAAACAG AGGCAGCTAC AACGGGAAAG CCTGAACCTA ATGCAACCAC TAAAACAGCG 
GGCTCCATTG CAAGTACACA GAAACCACCT GCCGGGAAAG TCCAGATAGT CTCCAAAAAA 
GTGAGCTACA GCCATATTCA ATCCAAGTGT GGTTCCAAGG ACAATATTAA GCATGTCCCT 
GGAGGTGGTA ATGTTCAGAT TCAGAACAAG AAAGTGGACA TCTCCAAGGT CTCCTCCAAG 
TGCGGGTCCA AAGCTAATAT CAAGCACAAG CCTGGTGGAG GAGATGTCAA GATTGAAAGT 
CAGAAGTTGA ACTTCAAGGA GAAGGCCCAG GCCAAGGTTG GATCCCTTGA TAATGTGGGC 
CACCTACCTG CAGGAGGTGC CGTGAAGACT GAGGGCGGTG GCAGTGAGGC CCCTCCATGT 
CCCAGCCCTC CTGCTGGGGA GGAGCTGGCC GTCTCTGAGG CAGCGCCTGA AGCTGGCGCC 
CCTACTTCAG CCTGTGTCCT CAGTGGTCAC GCCACCCTGT CAGGGGGTGG TGATCAAAGG 
GAGCCCCAGA CCTTGGACAG CCAGATCCAG GAGACAAGCA TCTAA

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

Map4 ( XM_017797520.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017653009.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X3, mRNA.

Price & Availability↑

CloneID	ONa26842
Clone ID Related Accession (Same CDS sequence)	XM_017797520.2 , XM_017797520.1
Accession Version	XM_017797520.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3045bp) 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	microtubule-associated protein 4 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCTTTGGCC ACCACTCAAC CTGCAAAGAC TTCAACATCG 
AAAGCCAAAA CACAGCCCAC TTCTGTCCCT AAGCAGCCAG CTCCCACCAC CCCTGGTGGG 
TTGAATAAAA AACCCATGAG CCTCGCTTCA GGCTCAGTAC CAGCTGCCCC ACCCAAACGC 
CCTGCTGCTG CCACTGCCAG GCCTTCCACC CTGCCTGCAA GAGATGTGAA GCCAAAGCCC 
ACTGCAGAGG CTAAGATTTC TGAAAAGCGA ATCTCACCAT CGAAGCCCAT ATCTGTCCCA 
GCCCTCAGAC CTGGACCCAA GACCACCCCA GCAGTCTCAA AAACCACATC TCCTGCAACT 
CTTACTTCCA CTGGACCAGG CAGTCGAAGC CCCGCCACAC CCCTGCCTAA GAGACCCAGC 
ACCATTAAGA CTGAGGGAAA ACCTGCTGAT GTCAAGAAGA TGACTGCCAA GTCTGCACCA 
GCTGACTTGA GTCGCTCAAA GACCACCTCT ACCAGTTCTG TAAAGAGAAA CACCACTTCC 
ACAGGGGCAG CACCCCCAGC AGGAATGACT TCCACGCGAG TCAAGCCCAC GTCAGCACCT 
TCCCGGCCTT CTGTGGACAA GAAGCCCACC TTGGCTAAGC CTAGCTTCTC TGTGCCCAGG 
CTGAGCCGCC TAACCACCAC TGCCTCTGCC TCTGCCCCTG ATCTGAAAAA TGTCCGCTCC 
AAGGTTGGTT CCATAGAAAA CATCAAGCAT CAGCCTGGAG GAGGCCGGGC CAAAGTAGAG 
AAAAAAACAG AGGCAGCTAC AACGGGAAAG CCTGAACCTA ATGCAACCAC TAAAACAGCG 
GGCTCCATTG CAAGTACACA GAAACCACCT GCCGGGAAAG TCCAGATAGT CTCCAAAAAA 
GTGAGCTACA GCCATATTCA ATCCAAGTGT GGTTCCAAGG ACAATATTAA GCATGTCCCT 
GGAGGTGGTA ATGTTCAGAT TCAGAACAAG AAAGTGGACA TCTCCAAGGT CTCCTCCAAG 
TGCGGGTCCA AAGCTAATAT CAAGCACAAG CCTGGTGGAG GAGATGTCAA GATTGAAAGT 
CAGAAGTTGA ACTTCAAGGA GAAGGCCCAG GCCAAGGTTG GATCCCTTGA TAATGTGGGC 
CACCTACCTG CAGGAGGTGC CGTGAAGACT GAGGGCGGTG GCAGTGAGGC CCCTCCATGT 
CCCAGCCCTC CTGCTGGGGA GGAGCTGGCC GTCTCTGAGG CAGCGCCTGA AGCTGGCGCC 
CCTACTTCAG CCTGTGTCCT CAGTGGTCAC GCCACCCTGT CAGGGGGTGG TGATCAAAGG 
GAGCCCCAGA CCTTGGACAG CCAGATCCAG GAGACAAGCA TCTAA

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

RefSeq	XP_017653009.1
CDS	26..3070
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_017797520.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X3, mRNA.

Target ORF information:

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

XM_017797520.1

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGAATAG CCAGGCAAGA AGAAGGAAAG 
GCTGATGTTG GTGTGACCGG AAATGACATC ACTACCCCAC CAAACAAGGA GCTACCACCA 
AGCCCAGAAA AGAAAACAAA GCCTTTGGCC ACCACTCAAC CTGCAAAGAC TTCAACATCG 
AAAGCCAAAA CACAGCCCAC TTCTGTCCCT AAGCAGCCAG CTCCCACCAC CCCTGGTGGG 
TTGAATAAAA AACCCATGAG CCTCGCTTCA GGCTCAGTAC CAGCTGCCCC ACCCAAACGC 
CCTGCTGCTG CCACTGCCAG GCCTTCCACC CTGCCTGCAA GAGATGTGAA GCCAAAGCCC 
ACTGCAGAGG CTAAGATTTC TGAAAAGCGA ATCTCACCAT CGAAGCCCAT ATCTGTCCCA 
GCCCTCAGAC CTGGACCCAA GACCACCCCA GCAGTCTCAA AAACCACATC TCCTGCAACT 
CTTACTTCCA CTGGACCAGG CAGTCGAAGC CCCGCCACAC CCCTGCCTAA GAGACCCAGC 
ACCATTAAGA CTGAGGGAAA ACCTGCTGAT GTCAAGAAGA TGACTGCCAA GTCTGCACCA 
GCTGACTTGA GTCGCTCAAA GACCACCTCT ACCAGTTCTG TAAAGAGAAA CACCACTTCC 
ACAGGGGCAG CACCCCCAGC AGGAATGACT TCCACGCGAG TCAAGCCCAC GTCAGCACCT 
TCCCGGCCTT CTGTGGACAA GAAGCCCACC TTGGCTAAGC CTAGCTTCTC TGTGCCCAGG 
CTGAGCCGCC TAACCACCAC TGCCTCTGCC TCTGCCCCTG ATCTGAAAAA TGTCCGCTCC 
AAGGTTGGTT CCATAGAAAA CATCAAGCAT CAGCCTGGAG GAGGCCGGGC CAAAGTAGAG 
AAAAAAACAG AGGCAGCTAC AACGGGAAAG CCTGAACCTA ATGCAACCAC TAAAACAGCG 
GGCTCCATTG CAAGTACACA GAAACCACCT GCCGGGAAAG TCCAGATAGT CTCCAAAAAA 
GTGAGCTACA GCCATATTCA ATCCAAGTGT GGTTCCAAGG ACAATATTAA GCATGTCCCT 
GGAGGTGGTA ATGTTCAGAT TCAGAACAAG AAAGTGGACA TCTCCAAGGT CTCCTCCAAG 
TGCGGGTCCA AAGCTAATAT CAAGCACAAG CCTGGTGGAG GAGATGTCAA GATTGAAAGT 
CAGAAGTTGA ACTTCAAGGA GAAGGCCCAG GCCAAGGTTG GATCCCTTGA TAATGTGGGC 
CACCTACCTG CAGGAGGTGC CGTGAAGACT GAGGGCGGTG GCAGTGAGGC CCCTCCATGT 
CCCAGCCCTC CTGCTGGGGA GGAGCTGGCC GTCTCTGAGG CAGCGCCTGA AGCTGGCGCC 
CCTACTTCAG CCTGTGTCCT CAGTGGTCAC GCCACCCTGT CAGGGGGTGG TGATCAAAGG 
GAGCCCCAGA CCTTGGACAG CCAGATCCAG GAGACAAGCA TCTAA

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

Map4 ( XM_029562315.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029418175.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X2, mRNA.

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CloneID	ONa133530
Clone ID Related Accession (Same CDS sequence)	XM_029562315.1
Accession Version	XM_029562315.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6330bp) 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	microtubule-associated protein 4 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGCCAAAG TAGAGAAAAA AACAGAGGCA 
GCTACAACGG GAAAGCCTGA ACCTAATGCA ACCACTAAAA CAGCGGGCTC CATTGCAAGT 
ACACAGAAAC CACCTGCCGG GAAAGTCCAG ATAGTCTCCA AAAAAGTGAG CTACAGCCAT 
ATTCAATCCA AGTGTGGTTC CAAGGACAAT ATTAAGCATG TCCCTGGAGG TGGTAATGTT 
CAGATTCAGA ACAAGAAAGT GGACATCTCC AAGGTCTCCT CCAAGTGCGG GTCCAAAGCT 
AATATCAAGC ACAAGCCTGG TGGAGGAGAT GTCAAGATTG AAAGTCAGAA GTTGAACTTC 
AAGGAGAAGG CCCAGGCCAA GGTTGGATCC CTTGATAATG TGGGCCACCT ACCTGCAGGA 
GGTGCCGTGA AGACTGAGGG CGGTGGCAGT GAGGCCCCTC CATGTCCCAG CCCTCCTGCT 
GGGGAGGAGC TGGCCGTCTC TGAGGCAGCG CCTGAAGCTG GCGCCCCTAC TTCAGCCTGT 
GTCCTCAGTG GTCACGCCAC CCTGTCAGGG GGTGGTGATC AAAGGGAGCC CCAGACCTTG 
GACAGCCAGA TCCAGGAGAC AAGCATCTAA

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

RefSeq	XP_029418175.1
CDS	38..6367
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGTPPSQGKQVCRPSYHRSAQPKPAEAPSKLLEGSPSLKTLDDNQSPCPFSELGWVPGSSSYGERGNQRKSIHSDFLAPQRDHGREAWDTEGMSMMMMKKKKKKPKQKRYPQSQVGGPWDDDIAEPKGHLFVAGPHKSDVLSSQPTPKGTEYGFVSRDNLKSDCRVGSECLRVTSYSEQTNSQSKLRVEEEGRGRKSLPESQDTNLLQQEEHKAPTSFLKPSVDTRQSVGPPSQKEPLTEVSVQKVETLLETRPKDGCSAVLSQDIMNGVSKLTTAKVLPSLIPTSTASSPLEDSLKEANNKSKVTKLQDVKNQKEFPDKVREVKELKTEVFPKQREEISLFTSQELKDQVLMQAPGARNETFKRVTGDGRSRKGRGSSGKVRAGSGRLRGKSEVPFLLDSEDARAVLPSELVPETKKKVTAVDKRGEQELDSSKQPGAVTELTEPVAVRVDKEMTASVESTMQALIPLETGSGLTQTSDARIERGAEVKNTGKEGKYPWVDHESTPWISEKPKKKGNEGRNKKFKNNYPVQPTRMGGKEEIVNPPFVEKDSDTGTISLKNRELGQNFPKPHDPIFLHTSHTPTVEVLDRKNKNVEANSVDLGVLEGNKKNTIKDTAITEPAVKATDVSSQNQIQGAGFIPSVVSEKNKRGAAKRHAAVADKPNKRSNDEKCKEAKSSFPEEHILEIKTDTAKIHIPMETTGDHRIEVMGYVDENRNIAFTCPRTPSGPINKSAPLEVVESADCETLSTPTSQVIKKGDSLPDTCTKNEQERVPDQISRLLVEDTYNKDGVPGQERPAIPSSVKPSSTERVAVTFTEGTEKVNSYGDHCLKNKGKLDDHRKNKVGVINEGHEVRESESVHHVASKHTVQQVTEPSKEHFLPGMPTENQSLPGEVRVLDTHADNGALPASLVNKEKGTKRDSAPVQNPDLGSKAQKLSLCEYQNVKERDSKSPHSLDNKVDTTLWPLKNEKEKMKEISLPCEVTKLESVPMLTPALLSDFSCGSVEGPPSAVEDKLVVTASEDHQVPELKDSIVEAPQKLTEKSELETLDERKKKDKSRMAEPVKGYMRPTKSRGLTPLLPKFTSQERDKSRLLKSSGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_029562315.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X2, mRNA.

Target ORF information:

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

XM_029562315.1

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGCCAAAG TAGAGAAAAA AACAGAGGCA 
GCTACAACGG GAAAGCCTGA ACCTAATGCA ACCACTAAAA CAGCGGGCTC CATTGCAAGT 
ACACAGAAAC CACCTGCCGG GAAAGTCCAG ATAGTCTCCA AAAAAGTGAG CTACAGCCAT 
ATTCAATCCA AGTGTGGTTC CAAGGACAAT ATTAAGCATG TCCCTGGAGG TGGTAATGTT 
CAGATTCAGA ACAAGAAAGT GGACATCTCC AAGGTCTCCT CCAAGTGCGG GTCCAAAGCT 
AATATCAAGC ACAAGCCTGG TGGAGGAGAT GTCAAGATTG AAAGTCAGAA GTTGAACTTC 
AAGGAGAAGG CCCAGGCCAA GGTTGGATCC CTTGATAATG TGGGCCACCT ACCTGCAGGA 
GGTGCCGTGA AGACTGAGGG CGGTGGCAGT GAGGCCCCTC CATGTCCCAG CCCTCCTGCT 
GGGGAGGAGC TGGCCGTCTC TGAGGCAGCG CCTGAAGCTG GCGCCCCTAC TTCAGCCTGT 
GTCCTCAGTG GTCACGCCAC CCTGTCAGGG GGTGGTGATC AAAGGGAGCC CCAGACCTTG 
GACAGCCAGA TCCAGGAGAC AAGCATCTAA

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

Map4 ( XM_029562316.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029418176.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X3, mRNA.

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CloneID	ONa133531
Clone ID Related Accession (Same CDS sequence)	XM_029562316.1
Accession Version	XM_029562316.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6330bp) 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	microtubule-associated protein 4 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGCCAAAG TAGAGAAAAA AACAGAGGCA 
GCTACAACGG GAAAGCCTGA ACCTAATGCA ACCACTAAAA CAGCGGGCTC CATTGCAAGT 
ACACAGAAAC CACCTGCCGG GAAAGTCCAG ATAGTCTCCA AAAAAGTGAG CTACAGCCAT 
ATTCAATCCA AGTGTGGTTC CAAGGACAAT ATTAAGCATG TCCCTGGAGG TGGTAATGTT 
CAGATTCAGA ACAAGAAAGT GGACATCTCC AAGGTCTCCT CCAAGTGCGG GTCCAAAGCT 
AATATCAAGC ACAAGCCTGG TGGAGGAGAT GTCAAGATTG AAAGTCAGAA GTTGAACTTC 
AAGGAGAAGG CCCAGGCCAA GGTTGGATCC CTTGATAATG TGGGCCACCT ACCTGCAGGA 
GGTGCCGTGA AGGTAACTGA GGGCGGTGGC AGTGAGGCCC CTCCATGTCC CAGCCCTCCT 
GCTGGGGAGG AGCTGGCCGT CTCTGAGGCA GCGCCTGAAG CTGGCGCCCC TACTTCAGCC 
TGTGTCCTCA GTGGTCACGC CACCCTGTCA GGGGGTGGTG ATCAAAGGGA GCCCCAGACC 
TTGGACAGCC AGATCCAGGA GACAAATTGA

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

RefSeq	XP_029418176.1
CDS	38..6367
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGTPPSQGKQVCRPSYHRSAQPKPAEAPSKLLEGSPSLKTLDDNQSPCPFSELGWVPGSSSYGERGNQRKSIHSDFLAPQRDHGREAWDTEGMSMMMMKKKKKKPKQKRYPQSQVGGPWDDDIAEPKGHLFVAGPHKSDVLSSQPTPKGTEYGFVSRDNLKSDCRVGSECLRVTSYSEQTNSQSKLRVEEEGRGRKSLPESQDTNLLQQEEHKAPTSFLKPSVDTRQSVGPPSQKEPLTEVSVQKVETLLETRPKDGCSAVLSQDIMNGVSKLTTAKVLPSLIPTSTASSPLEDSLKEANNKSKVTKLQDVKNQKEFPDKVREVKELKTEVFPKQREEISLFTSQELKDQVLMQAPGARNETFKRVTGDGRSRKGRGSSGKVRAGSGRLRGKSEVPFLLDSEDARAVLPSELVPETKKKVTAVDKRGEQELDSSKQPGAVTELTEPVAVRVDKEMTASVESTMQALIPLETGSGLTQTSDARIERGAEVKNTGKEGKYPWVDHESTPWISEKPKKKGNEGRNKKFKNNYPVQPTRMGGKEEIVNPPFVEKDSDTGTISLKNRELGQNFPKPHDPIFLHTSHTPTVEVLDRKNKNVEANSVDLGVLEGNKKNTIKDTAITEPAVKATDVSSQNQIQGAGFIPSVVSEKNKRGAAKRHAAVADKPNKRSNDEKCKEAKSSFPEEHILEIKTDTAKIHIPMETTGDHRIEVMGYVDENRNIAFTCPRTPSGPINKSAPLEVVESADCETLSTPTSQVIKKGDSLPDTCTKNEQERVPDQISRLLVEDTYNKDGVPGQERPAIPSSVKPSSTERVAVTFTEGTEKVNSYGDHCLKNKGKLDDHRKNKVGVINEGHEVRESESVHHVASKHTVQQVTEPSKEHFLPGMPTENQSLPGEVRVLDTHADNGALPASLVNKEKGTKRDSAPVQNPDLGSKAQKLSLCEYQNVKERDSKSPHSLDNKVDTTLWPLKNEKEKMKEISLPCEVTKLESVPMLTPALLSDFSCGSVEGPPSAVEDKLVVTASEDHQVPELKDSIVEAPQKLTEKSELETLDERKKKDKSRMAEPVKGYMRPTKSRGLTPLLPKFTSQERDKSRLLKSSGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETN

Target ORF information:

RefSeq Version	XM_029562316.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X3, mRNA.

Target ORF information:

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

XM_029562316.1

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGCCAAAG TAGAGAAAAA AACAGAGGCA 
GCTACAACGG GAAAGCCTGA ACCTAATGCA ACCACTAAAA CAGCGGGCTC CATTGCAAGT 
ACACAGAAAC CACCTGCCGG GAAAGTCCAG ATAGTCTCCA AAAAAGTGAG CTACAGCCAT 
ATTCAATCCA AGTGTGGTTC CAAGGACAAT ATTAAGCATG TCCCTGGAGG TGGTAATGTT 
CAGATTCAGA ACAAGAAAGT GGACATCTCC AAGGTCTCCT CCAAGTGCGG GTCCAAAGCT 
AATATCAAGC ACAAGCCTGG TGGAGGAGAT GTCAAGATTG AAAGTCAGAA GTTGAACTTC 
AAGGAGAAGG CCCAGGCCAA GGTTGGATCC CTTGATAATG TGGGCCACCT ACCTGCAGGA 
GGTGCCGTGA AGGTAACTGA GGGCGGTGGC AGTGAGGCCC CTCCATGTCC CAGCCCTCCT 
GCTGGGGAGG AGCTGGCCGT CTCTGAGGCA GCGCCTGAAG CTGGCGCCCC TACTTCAGCC 
TGTGTCCTCA GTGGTCACGC CACCCTGTCA GGGGGTGGTG ATCAAAGGGA GCCCCAGACC 
TTGGACAGCC AGATCCAGGA GACAAATTGA

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

Map4 ( XM_029562319.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029418179.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X4, mRNA.

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CloneID	ONa133532
Clone ID Related Accession (Same CDS sequence)	XM_029562319.1
Accession Version	XM_029562319.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6279bp) 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	microtubule-associated protein 4 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGCCAAAG TAGAGAAAAA AACAGAGGCA 
GCTACAACGG GAAAGCCTGA ACCTAATGCA ACCACTAAAA CAGCGGGCTC CATTGCAAGT 
ACACAGAAAC CACCTGCCGG GAAAGTCCAG ATAGTCTCCA AAAAAGTGAG CTACAGCCAT 
ATTCAATCCA AGTGTGGTTC CAAGGACAAT ATTAAGCATG TCCCTGGAGG TGGTAATGTT 
CAGATTCAGA ACAAGAAAGT GGACATCTCC AAGGTCTCCT CCAAGTGCGG GTCCAAAGCT 
AATATCAAGC ACAAGCCTGG TGGAGGAGAT GTCAAGATTG AAAGTCAGAA GTTGAACTTC 
AAGGAGAAGG CCCAGGCCAA GGTTGGATCC CTTGATAATG TGGGCCACCT ACCTGCAGGA 
GGTGCCGTGA AGATTGAGAC CTACAGGCTG ACGTTCCGGG CAAATGCCAG GGCCCGCACC 
GACCATGGGG CCGACATTGT CTCCCGACCC CCCAACTTCC CTGGTGGCCC CAGCTTGGGC 
TCCCGGGCTC TTGGCTCCCT TTCCCGGGCT GTGTACTAG

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

RefSeq	XP_029418179.1
CDS	38..6316
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGTPPSQGKQVCRPSYHRSAQPKPAEAPSKLLEGSPSLKTLDDNQSPCPFSELGWVPGSSSYGERGNQRKSIHSDFLAPQRDHGREAWDTEGMSMMMMKKKKKKPKQKRYPQSQVGGPWDDDIAEPKGHLFVAGPHKSDVLSSQPTPKGTEYGFVSRDNLKSDCRVGSECLRVTSYSEQTNSQSKLRVEEEGRGRKSLPESQDTNLLQQEEHKAPTSFLKPSVDTRQSVGPPSQKEPLTEVSVQKVETLLETRPKDGCSAVLSQDIMNGVSKLTTAKVLPSLIPTSTASSPLEDSLKEANNKSKVTKLQDVKNQKEFPDKVREVKELKTEVFPKQREEISLFTSQELKDQVLMQAPGARNETFKRVTGDGRSRKGRGSSGKVRAGSGRLRGKSEVPFLLDSEDARAVLPSELVPETKKKVTAVDKRGEQELDSSKQPGAVTELTEPVAVRVDKEMTASVESTMQALIPLETGSGLTQTSDARIERGAEVKNTGKEGKYPWVDHESTPWISEKPKKKGNEGRNKKFKNNYPVQPTRMGGKEEIVNPPFVEKDSDTGTISLKNRELGQNFPKPHDPIFLHTSHTPTVEVLDRKNKNVEANSVDLGVLEGNKKNTIKDTAITEPAVKATDVSSQNQIQGAGFIPSVVSEKNKRGAAKRHAAVADKPNKRSNDEKCKEAKSSFPEEHILEIKTDTAKIHIPMETTGDHRIEVMGYVDENRNIAFTCPRTPSGPINKSAPLEVVESADCETLSTPTSQVIKKGDSLPDTCTKNEQERVPDQISRLLVEDTYNKDGVPGQERPAIPSSVKPSSTERVAVTFTEGTEKVNSYGDHCLKNKGKLDDHRKNKVGVINEGHEVRESESVHHVASKHTVQQVTEPSKEHFLPGMPTENQSLPGEVRVLDTHADNGALPASLVNKEKGTKRDSAPVQNPDLGSKAQKLSLCEYQNVKERDSKSPHSLDNKVDTTLWPLKNEKEKMKEISLPCEVTKLESVPMLTPALLSDFSCGSVEGPPSAVEDKLVVTASEDHQVPELKDSIVEAPQKLTEKSELETLDERKKKDKSRMAEPVKGYMRPTKSRGLTPLLPKFTSQERDKSRLLKSSGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKIETYRLTFRANARARTDHGADIVSRPPNFPGGPSLGSRALGSLSRAVY

Target ORF information:

RefSeq Version	XM_029562319.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X4, mRNA.

Target ORF information:

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

XM_029562319.1

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGCCAAAG TAGAGAAAAA AACAGAGGCA 
GCTACAACGG GAAAGCCTGA ACCTAATGCA ACCACTAAAA CAGCGGGCTC CATTGCAAGT 
ACACAGAAAC CACCTGCCGG GAAAGTCCAG ATAGTCTCCA AAAAAGTGAG CTACAGCCAT 
ATTCAATCCA AGTGTGGTTC CAAGGACAAT ATTAAGCATG TCCCTGGAGG TGGTAATGTT 
CAGATTCAGA ACAAGAAAGT GGACATCTCC AAGGTCTCCT CCAAGTGCGG GTCCAAAGCT 
AATATCAAGC ACAAGCCTGG TGGAGGAGAT GTCAAGATTG AAAGTCAGAA GTTGAACTTC 
AAGGAGAAGG CCCAGGCCAA GGTTGGATCC CTTGATAATG TGGGCCACCT ACCTGCAGGA 
GGTGCCGTGA AGATTGAGAC CTACAGGCTG ACGTTCCGGG CAAATGCCAG GGCCCGCACC 
GACCATGGGG CCGACATTGT CTCCCGACCC CCCAACTTCC CTGGTGGCCC CAGCTTGGGC 
TCCCGGGCTC TTGGCTCCCT TTCCCGGGCT GTGTACTAG

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

Map4 ( XM_029562320.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029418180.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X5, mRNA.

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CloneID	ONa133533
Clone ID Related Accession (Same CDS sequence)	XM_029562320.1
Accession Version	XM_029562320.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6240bp) 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	microtubule-associated protein 4 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGCCAAAG TAGAGAAAAA AACAGAGGCA 
GCTACAACGG GAAAGCCTGA ACCTAATGCA ACCACTAAAA CAGCGGGCTC CATTGCAAGT 
ACACAGAAAC CACCTGCCGG GAAAGTTCAG ATTCAGAACA AGAAAGTGGA CATCTCCAAG 
GTCTCCTCCA AGTGCGGGTC CAAAGCTAAT ATCAAGCACA AGCCTGGTGG AGGAGATGTC 
AAGATTGAAA GTCAGAAGTT GAACTTCAAG GAGAAGGCCC AGGCCAAGGT TGGATCCCTT 
GATAATGTGG GCCACCTACC TGCAGGAGGT GCCGTGAAGG TAACTGAGGG CGGTGGCAGT 
GAGGCCCCTC CATGTCCCAG CCCTCCTGCT GGGGAGGAGC TGGCCGTCTC TGAGGCAGCG 
CCTGAAGCTG GCGCCCCTAC TTCAGCCTGT GTCCTCAGTG GTCACGCCAC CCTGTCAGGG 
GGTGGTGATC AAAGGGAGCC CCAGACCTTG GACAGCCAGA TCCAGGAGAC AAGCATCTAA

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

RefSeq	XP_029418180.1
CDS	38..6277
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGTPPSQGKQVCRPSYHRSAQPKPAEAPSKLLEGSPSLKTLDDNQSPCPFSELGWVPGSSSYGERGNQRKSIHSDFLAPQRDHGREAWDTEGMSMMMMKKKKKKPKQKRYPQSQVGGPWDDDIAEPKGHLFVAGPHKSDVLSSQPTPKGTEYGFVSRDNLKSDCRVGSECLRVTSYSEQTNSQSKLRVEEEGRGRKSLPESQDTNLLQQEEHKAPTSFLKPSVDTRQSVGPPSQKEPLTEVSVQKVETLLETRPKDGCSAVLSQDIMNGVSKLTTAKVLPSLIPTSTASSPLEDSLKEANNKSKVTKLQDVKNQKEFPDKVREVKELKTEVFPKQREEISLFTSQELKDQVLMQAPGARNETFKRVTGDGRSRKGRGSSGKVRAGSGRLRGKSEVPFLLDSEDARAVLPSELVPETKKKVTAVDKRGEQELDSSKQPGAVTELTEPVAVRVDKEMTASVESTMQALIPLETGSGLTQTSDARIERGAEVKNTGKEGKYPWVDHESTPWISEKPKKKGNEGRNKKFKNNYPVQPTRMGGKEEIVNPPFVEKDSDTGTISLKNRELGQNFPKPHDPIFLHTSHTPTVEVLDRKNKNVEANSVDLGVLEGNKKNTIKDTAITEPAVKATDVSSQNQIQGAGFIPSVVSEKNKRGAAKRHAAVADKPNKRSNDEKCKEAKSSFPEEHILEIKTDTAKIHIPMETTGDHRIEVMGYVDENRNIAFTCPRTPSGPINKSAPLEVVESADCETLSTPTSQVIKKGDSLPDTCTKNEQERVPDQISRLLVEDTYNKDGVPGQERPAIPSSVKPSSTERVAVTFTEGTEKVNSYGDHCLKNKGKLDDHRKNKVGVINEGHEVRESESVHHVASKHTVQQVTEPSKEHFLPGMPTENQSLPGEVRVLDTHADNGALPASLVNKEKGTKRDSAPVQNPDLGSKAQKLSLCEYQNVKERDSKSPHSLDNKVDTTLWPLKNEKEKMKEISLPCEVTKLESVPMLTPALLSDFSCGSVEGPPSAVEDKLVVTASEDHQVPELKDSIVEAPQKLTEKSELETLDERKKKDKSRMAEPVKGYMRPTKSRGLTPLLPKFTSQERDKSRLLKSSGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_029562320.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X5, mRNA.

Target ORF information:

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

XM_029562320.1

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGCCAAAG TAGAGAAAAA AACAGAGGCA 
GCTACAACGG GAAAGCCTGA ACCTAATGCA ACCACTAAAA CAGCGGGCTC CATTGCAAGT 
ACACAGAAAC CACCTGCCGG GAAAGTTCAG ATTCAGAACA AGAAAGTGGA CATCTCCAAG 
GTCTCCTCCA AGTGCGGGTC CAAAGCTAAT ATCAAGCACA AGCCTGGTGG AGGAGATGTC 
AAGATTGAAA GTCAGAAGTT GAACTTCAAG GAGAAGGCCC AGGCCAAGGT TGGATCCCTT 
GATAATGTGG GCCACCTACC TGCAGGAGGT GCCGTGAAGG TAACTGAGGG CGGTGGCAGT 
GAGGCCCCTC CATGTCCCAG CCCTCCTGCT GGGGAGGAGC TGGCCGTCTC TGAGGCAGCG 
CCTGAAGCTG GCGCCCCTAC TTCAGCCTGT GTCCTCAGTG GTCACGCCAC CCTGTCAGGG 
GGTGGTGATC AAAGGGAGCC CCAGACCTTG GACAGCCAGA TCCAGGAGAC AAGCATCTAA

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

Map4 ( XM_029562321.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029418181.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X6, mRNA.

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CloneID	ONa133534
Clone ID Related Accession (Same CDS sequence)	XM_029562321.1
Accession Version	XM_029562321.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6129bp) 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	microtubule-associated protein 4 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGTTCAGA TTCAGAACAA GAAAGTGGAC 
ATCTCCAAGG TCTCCTCCAA GTGCGGGTCC AAAGCTAATA TCAAGCACAA GCCTGGTGGA 
GGAGATGTCA AGATTGAAAG TCAGAAGTTG AACTTCAAGG AGAAGGCCCA GGCCAAGGTT 
GGATCCCTTG ATAATGTGGG CCACCTACCT GCAGGAGGTG CCGTGAAGGT AACTGAGGGC 
GGTGGCAGTG AGGCCCCTCC ATGTCCCAGC CCTCCTGCTG GGGAGGAGCT GGCCGTCTCT 
GAGGCAGCGC CTGAAGCTGG CGCCCCTACT TCAGCCTGTG TCCTCAGTGG TCACGCCACC 
CTGTCAGGGG GTGGTGATCA AAGGGAGCCC CAGACCTTGG ACAGCCAGAT CCAGGAGACA 
AGCATCTAA

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

RefSeq	XP_029418181.1
CDS	38..6166
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGTPPSQGKQVCRPSYHRSAQPKPAEAPSKLLEGSPSLKTLDDNQSPCPFSELGWVPGSSSYGERGNQRKSIHSDFLAPQRDHGREAWDTEGMSMMMMKKKKKKPKQKRYPQSQVGGPWDDDIAEPKGHLFVAGPHKSDVLSSQPTPKGTEYGFVSRDNLKSDCRVGSECLRVTSYSEQTNSQSKLRVEEEGRGRKSLPESQDTNLLQQEEHKAPTSFLKPSVDTRQSVGPPSQKEPLTEVSVQKVETLLETRPKDGCSAVLSQDIMNGVSKLTTAKVLPSLIPTSTASSPLEDSLKEANNKSKVTKLQDVKNQKEFPDKVREVKELKTEVFPKQREEISLFTSQELKDQVLMQAPGARNETFKRVTGDGRSRKGRGSSGKVRAGSGRLRGKSEVPFLLDSEDARAVLPSELVPETKKKVTAVDKRGEQELDSSKQPGAVTELTEPVAVRVDKEMTASVESTMQALIPLETGSGLTQTSDARIERGAEVKNTGKEGKYPWVDHESTPWISEKPKKKGNEGRNKKFKNNYPVQPTRMGGKEEIVNPPFVEKDSDTGTISLKNRELGQNFPKPHDPIFLHTSHTPTVEVLDRKNKNVEANSVDLGVLEGNKKNTIKDTAITEPAVKATDVSSQNQIQGAGFIPSVVSEKNKRGAAKRHAAVADKPNKRSNDEKCKEAKSSFPEEHILEIKTDTAKIHIPMETTGDHRIEVMGYVDENRNIAFTCPRTPSGPINKSAPLEVVESADCETLSTPTSQVIKKGDSLPDTCTKNEQERVPDQISRLLVEDTYNKDGVPGQERPAIPSSVKPSSTERVAVTFTEGTEKVNSYGDHCLKNKGKLDDHRKNKVGVINEGHEVRESESVHHVASKHTVQQVTEPSKEHFLPGMPTENQSLPGEVRVLDTHADNGALPASLVNKEKGTKRDSAPVQNPDLGSKAQKLSLCEYQNVKERDSKSPHSLDNKVDTTLWPLKNEKEKMKEISLPCEVTKLESVPMLTPALLSDFSCGSVEGPPSAVEDKLVVTASEDHQVPELKDSIVEAPQKLTEKSELETLDERKKKDKSRMAEPVKGYMRPTKSRGLTPLLPKFTSQERDKSRLLKSSGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_029562321.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X6, mRNA.

Target ORF information:

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

XM_029562321.1

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGTTCAGA TTCAGAACAA GAAAGTGGAC 
ATCTCCAAGG TCTCCTCCAA GTGCGGGTCC AAAGCTAATA TCAAGCACAA GCCTGGTGGA 
GGAGATGTCA AGATTGAAAG TCAGAAGTTG AACTTCAAGG AGAAGGCCCA GGCCAAGGTT 
GGATCCCTTG ATAATGTGGG CCACCTACCT GCAGGAGGTG CCGTGAAGGT AACTGAGGGC 
GGTGGCAGTG AGGCCCCTCC ATGTCCCAGC CCTCCTGCTG GGGAGGAGCT GGCCGTCTCT 
GAGGCAGCGC CTGAAGCTGG CGCCCCTACT TCAGCCTGTG TCCTCAGTGG TCACGCCACC 
CTGTCAGGGG GTGGTGATCA AAGGGAGCCC CAGACCTTGG ACAGCCAGAT CCAGGAGACA 
AGCATCTAA

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

Map4 ( XM_029562322.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029418182.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X7, mRNA.

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CloneID	ONa133535
Clone ID Related Accession (Same CDS sequence)	XM_029562322.1
Accession Version	XM_029562322.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6117bp) 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	microtubule-associated protein 4 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCCA CTGCAGAGGC TAAGATTTCT GAAAAGCGAA TCTCACCATC GAAGCCCATA 
TCTGTCCCAG CCCTCAGACC TGGACCCAAG ACCACCCCAG CAGTCTCAAA AACCACATCT 
CCTGCAACTC TTACTTCCAC TGGACCAGGC AGTCGAAGCC CCGCCACACC CCTGCCTAAG 
AGACCCAGCA CCATTAAGAC TGAGGGAAAA CCTGCTGATG TCAAGAAGAT GACTGCCAAG 
TCTGCACCAG CTGACTTGAG TCGCTCAAAG ACCACCTCTA CCAGTTCTGT AAAGAGAAAC 
ACCACTTCCA CAGGGGCAGC ACCCCCAGCA GGAATGACTT CCACGCGAGT CAAGCCCACG 
TCAGCACCTT CCCGGCCTTC TGTGGACAAG AAGCCCACCT TGGCTAAGCC TAGCTTCTCT 
GTGCCCAGGC TGAGCCGCCT AACCACCACT GCCTCTGCCT CTGCCCCTGA TCTGAAAAAT 
GTCCGCTCCA AGGTTGGTTC CATAGAAAAC ATCAAGCATC AGCCTGGAGG AGGCCGGGCC 
AAAGTAGAGA AAAAAACAGA GGCAGCTACA ACGGGAAAGC CTGAACCTAA TGCAACCACT 
AAAACAGCGG GCTCCATTGC AAGTACACAG AAACCACCTG CCGGGAAAGT CCAGATAGTC 
TCCAAAAAAG TGAGCTACAG CCATATTCAA TCCAAGTGTG GTTCCAAGGA CAATATTAAG 
CATGTCCCTG GAGGTGGTAA TGTTCAGATT CAGAACAAGA AAGTGGACAT CTCCAAGGTC 
TCCTCCAAGT GCGGGTCCAA AGCTAATATC AAGCACAAGC CTGGTGGAGG AGATGTCAAG 
ATTGAAAGTC AGAAGTTGAA CTTCAAGGAG AAGGCCCAGG CCAAGGTTGG ATCCCTTGAT 
AATGTGGGCC ACCTACCTGC AGGAGGTGCC GTGAAGGTAA CTGAGGGCGG TGGCAGTGAG 
GCCCCTCCAT GTCCCAGCCC TCCTGCTGGG GAGGAGCTGG CCGTCTCTGA GGCAGCGCCT 
GAAGCTGGCG CCCCTACTTC AGCCTGTGTC CTCAGTGGTC ACGCCACCCT GTCAGGGGGT 
GGTGATCAAA GGGAGCCCCA GACCTTGGAC AGCCAGATCC AGGAGACAAG CATCTAA

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

RefSeq	XP_029418182.1
CDS	38..6154
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGTPPSQGKQVCRPSYHRSAQPKPAEAPSKLLEGSPSLKTLDDNQSPCPFSELGWVPGSSSYGERGNQRKSIHSDFLAPQRDHGREAWDTEGMSMMMMKKKKKKPKQKRYPQSQVGGPWDDDIAEPKGHLFVAGPHKSDVLSSQPTPKGTEYGFVSRDNLKSDCRVGSECLRVTSYSEQTNSQSKLRVEEEGRGRKSLPESQDTNLLQQEEHKAPTSFLKPSVDTRQSVGPPSQKEPLTEVSVQKVETLLETRPKDGCSAVLSQDIMNGVSKLTTAKVLPSLIPTSTASSPLEDSLKEANNKSKVTKLQDVKNQKEFPDKVREVKELKTEVFPKQREEISLFTSQELKDQVLMQAPGARNETFKRVTGDGRSRKGRGSSGKVRAGSGRLRGKSEVPFLLDSEDARAVLPSELVPETKKKVTAVDKRGEQELDSSKQPGAVTELTEPVAVRVDKEMTASVESTMQALIPLETGSGLTQTSDARIERGAEVKNTGKEGKYPWVDHESTPWISEKPKKKGNEGRNKKFKNNYPVQPTRMGGKEEIVNPPFVEKDSDTGTISLKNRELGQNFPKPHDPIFLHTSHTPTVEVLDRKNKNVEANSVDLGVLEGNKKNTIKDTAITEPAVKATDVSSQNQIQGAGFIPSVVSEKNKRGAAKRHAAVADKPNKRSNDEKCKEAKSSFPEEHILEIKTDTAKIHIPMETTGDHRIEVMGYVDENRNIAFTCPRTPSGPINKSAPLEVVESADCETLSTPTSQVIKKGDSLPDTCTKNEQERVPDQISRLLVEDTYNKDGVPGQERPAIPSSVKPSSTERVAVTFTEGTEKVNSYGDHCLKNKGKLDDHRKNKVGVINEGHEVRESESVHHVASKHTVQQVTEPSKEHFLPGMPTENQSLPGEVRVLDTHADNGALPASLVNKEKGTKRDSAPVQNPDLGSKAQKLSLCEYQNVKERDSKSPHSLDNKVDTTLWPLKNEKEKMKEISLPCEVTKLESVPMLTPALLSDFSCGSVEGPPSAVEDKLVVTASEDHQVPELKDSIVEAPQKLTEKSELETLDERKKKDKSRMAEPVKGYMRPTKSRGLTPLLPKFTSQERDKSRLLKSSGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_029562322.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X7, mRNA.

Target ORF information:

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

XM_029562322.1

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCCA CTGCAGAGGC TAAGATTTCT GAAAAGCGAA TCTCACCATC GAAGCCCATA 
TCTGTCCCAG CCCTCAGACC TGGACCCAAG ACCACCCCAG CAGTCTCAAA AACCACATCT 
CCTGCAACTC TTACTTCCAC TGGACCAGGC AGTCGAAGCC CCGCCACACC CCTGCCTAAG 
AGACCCAGCA CCATTAAGAC TGAGGGAAAA CCTGCTGATG TCAAGAAGAT GACTGCCAAG 
TCTGCACCAG CTGACTTGAG TCGCTCAAAG ACCACCTCTA CCAGTTCTGT AAAGAGAAAC 
ACCACTTCCA CAGGGGCAGC ACCCCCAGCA GGAATGACTT CCACGCGAGT CAAGCCCACG 
TCAGCACCTT CCCGGCCTTC TGTGGACAAG AAGCCCACCT TGGCTAAGCC TAGCTTCTCT 
GTGCCCAGGC TGAGCCGCCT AACCACCACT GCCTCTGCCT CTGCCCCTGA TCTGAAAAAT 
GTCCGCTCCA AGGTTGGTTC CATAGAAAAC ATCAAGCATC AGCCTGGAGG AGGCCGGGCC 
AAAGTAGAGA AAAAAACAGA GGCAGCTACA ACGGGAAAGC CTGAACCTAA TGCAACCACT 
AAAACAGCGG GCTCCATTGC AAGTACACAG AAACCACCTG CCGGGAAAGT CCAGATAGTC 
TCCAAAAAAG TGAGCTACAG CCATATTCAA TCCAAGTGTG GTTCCAAGGA CAATATTAAG 
CATGTCCCTG GAGGTGGTAA TGTTCAGATT CAGAACAAGA AAGTGGACAT CTCCAAGGTC 
TCCTCCAAGT GCGGGTCCAA AGCTAATATC AAGCACAAGC CTGGTGGAGG AGATGTCAAG 
ATTGAAAGTC AGAAGTTGAA CTTCAAGGAG AAGGCCCAGG CCAAGGTTGG ATCCCTTGAT 
AATGTGGGCC ACCTACCTGC AGGAGGTGCC GTGAAGGTAA CTGAGGGCGG TGGCAGTGAG 
GCCCCTCCAT GTCCCAGCCC TCCTGCTGGG GAGGAGCTGG CCGTCTCTGA GGCAGCGCCT 
GAAGCTGGCG CCCCTACTTC AGCCTGTGTC CTCAGTGGTC ACGCCACCCT GTCAGGGGGT 
GGTGATCAAA GGGAGCCCCA GACCTTGGAC AGCCAGATCC AGGAGACAAG CATCTAA

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

Map4 ( XM_017797514.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017653003.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X1, mRNA.

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CloneID	ONa26840
Clone ID Related Accession (Same CDS sequence)	XM_017797514.1 , XM_017797514.2
Accession Version	XM_017797514.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6333bp) 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	microtubule-associated protein 4 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) 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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGCCAAAG TAGAGAAAAA AACAGAGGCA 
GCTACAACGG GAAAGCCTGA ACCTAATGCA ACCACTAAAA CAGCGGGCTC CATTGCAAGT 
ACACAGAAAC CACCTGCCGG GAAAGTCCAG ATAGTCTCCA AAAAAGTGAG CTACAGCCAT 
ATTCAATCCA AGTGTGGTTC CAAGGACAAT ATTAAGCATG TCCCTGGAGG TGGTAATGTT 
CAGATTCAGA ACAAGAAAGT GGACATCTCC AAGGTCTCCT CCAAGTGCGG GTCCAAAGCT 
AATATCAAGC ACAAGCCTGG TGGAGGAGAT GTCAAGATTG AAAGTCAGAA GTTGAACTTC 
AAGGAGAAGG CCCAGGCCAA GGTTGGATCC CTTGATAATG TGGGCCACCT ACCTGCAGGA 
GGTGCCGTGA AGGTAACTGA GGGCGGTGGC AGTGAGGCCC CTCCATGTCC CAGCCCTCCT 
GCTGGGGAGG AGCTGGCCGT CTCTGAGGCA GCGCCTGAAG CTGGCGCCCC TACTTCAGCC 
TGTGTCCTCA GTGGTCACGC CACCCTGTCA GGGGGTGGTG ATCAAAGGGA GCCCCAGACC 
TTGGACAGCC AGATCCAGGA GACAAGCATC TAA

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

RefSeq	XP_017653003.1
CDS	26..6358
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGTPPSQGKQVCRPSYHRSAQPKPAEAPSKLLEGSPSLKTLDDNQSPCPFSELGWVPGSSSYGERGNQRKSIHSDFLAPQRDHGREAWDTEGMSMMMMKKKKKKPKQKRYPQSQVGGPWDDDIAEPKGHLFVAGPHKSDVLSSQPTPKGTEYGFVSRDNLKSDCRVGSECLRVTSYSEQTNSQSKLRVEEEGRGRKSLPESQDTNLLQQEEHKAPTSFLKPSVDTRQSVGPPSQKEPLTEVSVQKVETLLETRPKDGCSAVLSQDIMNGVSKLTTAKVLPSLIPTSTASSPLEDSLKEANNKSKVTKLQDVKNQKEFPDKVREVKELKTEVFPKQREEISLFTSQELKDQVLMQAPGARNETFKRVTGDGRSRKGRGSSGKVRAGSGRLRGKSEVPFLLDSEDARAVLPSELVPETKKKVTAVDKRGEQELDSSKQPGAVTELTEPVAVRVDKEMTASVESTMQALIPLETGSGLTQTSDARIERGAEVKNTGKEGKYPWVDHESTPWISEKPKKKGNEGRNKKFKNNYPVQPTRMGGKEEIVNPPFVEKDSDTGTISLKNRELGQNFPKPHDPIFLHTSHTPTVEVLDRKNKNVEANSVDLGVLEGNKKNTIKDTAITEPAVKATDVSSQNQIQGAGFIPSVVSEKNKRGAAKRHAAVADKPNKRSNDEKCKEAKSSFPEEHILEIKTDTAKIHIPMETTGDHRIEVMGYVDENRNIAFTCPRTPSGPINKSAPLEVVESADCETLSTPTSQVIKKGDSLPDTCTKNEQERVPDQISRLLVEDTYNKDGVPGQERPAIPSSVKPSSTERVAVTFTEGTEKVNSYGDHCLKNKGKLDDHRKNKVGVINEGHEVRESESVHHVASKHTVQQVTEPSKEHFLPGMPTENQSLPGEVRVLDTHADNGALPASLVNKEKGTKRDSAPVQNPDLGSKAQKLSLCEYQNVKERDSKSPHSLDNKVDTTLWPLKNEKEKMKEISLPCEVTKLESVPMLTPALLSDFSCGSVEGPPSAVEDKLVVTASEDHQVPELKDSIVEAPQKLTEKSELETLDERKKKDKSRMAEPVKGYMRPTKSRGLTPLLPKFTSQERDKSRLLKSSGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_017797514.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X1, mRNA.

Target ORF information:

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

XM_017797514.1

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGCCAAAG TAGAGAAAAA AACAGAGGCA 
GCTACAACGG GAAAGCCTGA ACCTAATGCA ACCACTAAAA CAGCGGGCTC CATTGCAAGT 
ACACAGAAAC CACCTGCCGG GAAAGTCCAG ATAGTCTCCA AAAAAGTGAG CTACAGCCAT 
ATTCAATCCA AGTGTGGTTC CAAGGACAAT ATTAAGCATG TCCCTGGAGG TGGTAATGTT 
CAGATTCAGA ACAAGAAAGT GGACATCTCC AAGGTCTCCT CCAAGTGCGG GTCCAAAGCT 
AATATCAAGC ACAAGCCTGG TGGAGGAGAT GTCAAGATTG AAAGTCAGAA GTTGAACTTC 
AAGGAGAAGG CCCAGGCCAA GGTTGGATCC CTTGATAATG TGGGCCACCT ACCTGCAGGA 
GGTGCCGTGA AGGTAACTGA GGGCGGTGGC AGTGAGGCCC CTCCATGTCC CAGCCCTCCT 
GCTGGGGAGG AGCTGGCCGT CTCTGAGGCA GCGCCTGAAG CTGGCGCCCC TACTTCAGCC 
TGTGTCCTCA GTGGTCACGC CACCCTGTCA GGGGGTGGTG ATCAAAGGGA GCCCCAGACC 
TTGGACAGCC AGATCCAGGA GACAAGCATC TAA

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

Map4 ( XM_017797514.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017653003.1 Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X1, mRNA.

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CloneID	ONa26840
Clone ID Related Accession (Same CDS sequence)	XM_017797514.1 , XM_017797514.2
Accession Version	XM_017797514.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6333bp) 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	microtubule-associated protein 4 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008329037.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_017797514.1. ##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##

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGCCAAAG TAGAGAAAAA AACAGAGGCA 
GCTACAACGG GAAAGCCTGA ACCTAATGCA ACCACTAAAA CAGCGGGCTC CATTGCAAGT 
ACACAGAAAC CACCTGCCGG GAAAGTCCAG ATAGTCTCCA AAAAAGTGAG CTACAGCCAT 
ATTCAATCCA AGTGTGGTTC CAAGGACAAT ATTAAGCATG TCCCTGGAGG TGGTAATGTT 
CAGATTCAGA ACAAGAAAGT GGACATCTCC AAGGTCTCCT CCAAGTGCGG GTCCAAAGCT 
AATATCAAGC ACAAGCCTGG TGGAGGAGAT GTCAAGATTG AAAGTCAGAA GTTGAACTTC 
AAGGAGAAGG CCCAGGCCAA GGTTGGATCC CTTGATAATG TGGGCCACCT ACCTGCAGGA 
GGTGCCGTGA AGGTAACTGA GGGCGGTGGC AGTGAGGCCC CTCCATGTCC CAGCCCTCCT 
GCTGGGGAGG AGCTGGCCGT CTCTGAGGCA GCGCCTGAAG CTGGCGCCCC TACTTCAGCC 
TGTGTCCTCA GTGGTCACGC CACCCTGTCA GGGGGTGGTG ATCAAAGGGA GCCCCAGACC 
TTGGACAGCC AGATCCAGGA GACAAGCATC TAA

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

RefSeq	XP_017653003.1
CDS	38..6370
Translation	MAYQDYQNSQSWPVDTSFCFQPQQMLNPNQTDPFKMHDDSGLDELLFLSSGPMNAPAITGQDEPLEDSFSVPPYDTFTPTTVVPQEWSVEAPNSPHLETFVSPDAVTETLQLATEPSKELEMESVKEQPPPEALEMMGQKTTIPVLSTETGVSTALDMTPATETEVALTEDMEEPTKSDVTVEKDIQPFMDSDISLVKEIVLPTEAEVAPFKDVISPIEADVSSAKDIALPAEKEVVPGEDVTLSKETEQTIPTKMDLVPPEDIEIAPAKGMVSLSEIEVPLDKDTDSATEIPPAEEMALSSKTEVVLARDMTLPSDTMMVLTKNVALPLETEGVLIKDMTPSPETEMTLGEDTAPPTETKLGMVKDTAPLPESEVALGMEVTTLPEIKVVELNSVTPLSEKEAASINNVKPESEAAPTKDVALPPGTEVTLDNVTPAKDVTPLLETEIAPIQMKDKEIGQIQEGLSEDSHLEPVQHEGQSAVPPSMISPEPVKATDQKYNLPTNEDSVLEKLEPKEPLSSQPSEHSAEASGTPPSQGKQVCRPSYHRSAQPKPAEAPSKLLEGSPSLKTLDDNQSPCPFSELGWVPGSSSYGERGNQRKSIHSDFLAPQRDHGREAWDTEGMSMMMMKKKKKKPKQKRYPQSQVGGPWDDDIAEPKGHLFVAGPHKSDVLSSQPTPKGTEYGFVSRDNLKSDCRVGSECLRVTSYSEQTNSQSKLRVEEEGRGRKSLPESQDTNLLQQEEHKAPTSFLKPSVDTRQSVGPPSQKEPLTEVSVQKVETLLETRPKDGCSAVLSQDIMNGVSKLTTAKVLPSLIPTSTASSPLEDSLKEANNKSKVTKLQDVKNQKEFPDKVREVKELKTEVFPKQREEISLFTSQELKDQVLMQAPGARNETFKRVTGDGRSRKGRGSSGKVRAGSGRLRGKSEVPFLLDSEDARAVLPSELVPETKKKVTAVDKRGEQELDSSKQPGAVTELTEPVAVRVDKEMTASVESTMQALIPLETGSGLTQTSDARIERGAEVKNTGKEGKYPWVDHESTPWISEKPKKKGNEGRNKKFKNNYPVQPTRMGGKEEIVNPPFVEKDSDTGTISLKNRELGQNFPKPHDPIFLHTSHTPTVEVLDRKNKNVEANSVDLGVLEGNKKNTIKDTAITEPAVKATDVSSQNQIQGAGFIPSVVSEKNKRGAAKRHAAVADKPNKRSNDEKCKEAKSSFPEEHILEIKTDTAKIHIPMETTGDHRIEVMGYVDENRNIAFTCPRTPSGPINKSAPLEVVESADCETLSTPTSQVIKKGDSLPDTCTKNEQERVPDQISRLLVEDTYNKDGVPGQERPAIPSSVKPSSTERVAVTFTEGTEKVNSYGDHCLKNKGKLDDHRKNKVGVINEGHEVRESESVHHVASKHTVQQVTEPSKEHFLPGMPTENQSLPGEVRVLDTHADNGALPASLVNKEKGTKRDSAPVQNPDLGSKAQKLSLCEYQNVKERDSKSPHSLDNKVDTTLWPLKNEKEKMKEISLPCEVTKLESVPMLTPALLSDFSCGSVEGPPSAVEDKLVVTASEDHQVPELKDSIVEAPQKLTEKSELETLDERKKKDKSRMAEPVKGYMRPTKSRGLTPLLPKFTSQERDKSRLLKSSGIARQEEGKADVGVTGNDITTPPNKELPPSPEKKTKPLATTQPAKTSTSKAKTQPTSVPKQPAPTTPGGLNKKPMSLASGSVPAAPPKRPAAATARPSTLPARDVKPKPTAEAKISEKRISPSKPISVPALRPGPKTTPAVSKTTSPATLTSTGPGSRSPATPLPKRPSTIKTEGKPADVKKMTAKSAPADLSRSKTTSTSSVKRNTTSTGAAPPAGMTSTRVKPTSAPSRPSVDKKPTLAKPSFSVPRLSRLTTTASASAPDLKNVRSKVGSIENIKHQPGGGRAKVEKKTEAATTGKPEPNATTKTAGSIASTQKPPAGKVQIVSKKVSYSHIQSKCGSKDNIKHVPGGGNVQIQNKKVDISKVSSKCGSKANIKHKPGGGDVKIESQKLNFKEKAQAKVGSLDNVGHLPAGGAVKVTEGGGSEAPPCPSPPAGEELAVSEAAPEAGAPTSACVLSGHATLSGGGDQREPQTLDSQIQETSI

Target ORF information:

RefSeq Version	XM_017797514.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated protein 4 (Map4), transcript variant X1, mRNA.

Target ORF information:

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

XM_017797514.2

ORF Insert Sequence:

ATGGCCTACC AGGATTATCA AAACAGCCAA AGCTGGCCAG TAGACACAAG CTTTTGTTTC 
CAGCCTCAGC AAATGTTGAA TCCTAACCAG ACTGACCCCT TTAAGATGCA TGATGATAGT 
GGCCTGGATG AGTTGCTGTT TCTCTCCAGT GGACCCATGA ATGCTCCAGC AATCACAGGG 
CAAGATGAAC CCCTGGAAGA CAGTTTCAGT GTGCCTCCCT ATGATACCTT CACTCCCACA 
ACTGTTGTAC CCCAAGAGTG GTCTGTGGAA GCCCCAAACT CTCCACACTT GGAGACCTTT 
GTTTCCCCAG ATGCGGTTAC AGAAACTCTT CAACTAGCAA CAGAGCCATC CAAGGAACTA 
GAAATGGAGT CAGTAAAAGA GCAGCCCCCA CCTGAAGCAT TGGAAATGAT GGGACAGAAG 
ACTACTATCC CAGTCCTATC TACTGAAACA GGGGTATCCA CAGCCCTTGA CATGACACCA 
GCCACAGAAA CAGAGGTAGC ATTGACTGAA GATATGGAAG AACCCACCAA ATCTGATGTG 
ACAGTGGAAA AAGACATACA GCCATTCATG GATTCAGATA TATCCCTGGT CAAGGAAATA 
GTACTACCCA CAGAAGCAGA GGTGGCTCCC TTTAAGGATG TCATCTCGCC TATAGAAGCA 
GATGTGTCTT CAGCCAAGGA TATTGCACTG CCTGCAGAAA AAGAGGTGGT CCCAGGCGAG 
GATGTGACAC TGTCCAAAGA AACAGAGCAA ACAATTCCTA CAAAAATGGA TTTGGTCCCA 
CCTGAGGATA TAGAGATAGC CCCAGCCAAG GGTATGGTAT CACTCTCAGA AATAGAGGTA 
CCACTGGATA AGGACACTGA TTCAGCTACA GAAATACCTC CAGCTGAGGA GATGGCCTTG 
TCCTCCAAAA CAGAGGTGGT CCTAGCAAGG GACATGACAT TGCCGTCAGA TACCATGATG 
GTTTTGACCA AGAATGTAGC ACTGCCCTTA GAAACAGAGG GAGTTCTGAT CAAGGACATG 
ACTCCATCCC CAGAAACAGA AATGACCCTG GGTGAGGATA CAGCTCCACC CACAGAAACA 
AAATTGGGCA TGGTTAAGGA CACAGCTCCA CTCCCAGAAT CAGAAGTGGC CCTGGGCATG 
GAAGTCACTA CACTCCCAGA AATAAAGGTA GTTGAGCTCA ACAGTGTTAC CCCACTTTCA 
GAAAAAGAGG CAGCCTCAAT CAACAATGTG AAACCAGAAT CAGAGGCTGC ACCAACTAAG 
GATGTAGCTC TGCCCCCTGG AACAGAGGTG ACCCTGGACA ACGTTACTCC AGCCAAGGAT 
GTTACACCAC TCTTGGAAAC AGAAATAGCA CCAATTCAAA TGAAAGACAA GGAAATTGGG 
CAGATCCAGG AAGGACTAAG TGAAGATTCC CACTTAGAAC CTGTGCAGCA TGAGGGACAG 
TCAGCTGTAC CTCCTTCCAT GATTTCACCA GAACCAGTCA AAGCTACAGA CCAAAAGTAT 
AACTTGCCAA CAAATGAAGA TTCTGTGTTA GAGAAATTGG AGCCAAAAGA ACCACTGAGC 
AGTCAACCTT CTGAACACTC AGCAGAGGCC TCAGGTACCC CTCCCTCACA AGGCAAACAA 
GTTTGCAGAC CCAGTTACCA CAGGTCAGCC CAGCCCAAGC CTGCCGAGGC CCCTTCTAAG 
TTGCTGGAAG GCTCTCCTTC ATTGAAGACT CTTGATGACA ATCAGAGCCC CTGCCCTTTT 
TCTGAGTTGG GTTGGGTTCC TGGTTCATCT TCCTATGGTG AGCGTGGGAA CCAAAGGAAA 
AGTATTCATT CTGACTTCTT GGCACCCCAG AGAGATCATG GCAGGGAAGC CTGGGACACA 
GAGGGCATGT CAATGATGAT GATGAAGAAA AAGAAGAAAA AACCAAAGCA AAAGAGATAT 
CCTCAGTCCC AAGTTGGGGG TCCTTGGGAT GATGACATTG CAGAGCCCAA AGGTCATTTG 
TTTGTAGCTG GGCCCCATAA ATCAGATGTT CTTTCTAGCC AGCCTACCCC CAAGGGCACA 
GAATATGGAT TTGTATCCAG AGACAACTTG AAAAGTGATT GTAGAGTTGG TTCAGAGTGC 
CTCAGAGTTA CTTCCTATTC CGAACAAACA AATTCTCAGT CCAAGCTGAG AGTAGAGGAA 
GAGGGCAGAG GTAGGAAATC ACTGCCAGAA AGCCAAGATA CGAACTTGCT ACAGCAAGAG 
GAACACAAAG CCCCTACATC TTTCCTCAAG CCTTCTGTGG ATACAAGACA GTCAGTGGGT 
CCTCCCAGTC AAAAAGAACC TCTGACAGAA GTGTCTGTAC AGAAAGTGGA AACTCTTCTG 
GAGACCAGAC CCAAAGACGG TTGCTCTGCT GTCCTAAGCC AAGATATTAT GAATGGAGTT 
TCAAAACTTA CAACAGCAAA AGTACTACCA AGTTTGATCC CCACTTCAAC AGCAAGCAGT 
CCATTAGAAG ATAGTCTAAA AGAAGCAAAT AATAAAAGCA AAGTGACTAA ACTGCAGGAT 
GTTAAAAATC AGAAAGAGTT CCCAGACAAA GTTAGAGAGG TTAAAGAACT AAAAACAGAG 
GTATTTCCCA AGCAAAGGGA AGAAATCAGC CTATTTACTT CTCAGGAGCT GAAGGACCAA 
GTGTTAATGC AGGCTCCTGG GGCAAGGAAT GAGACATTCA AGAGAGTGAC AGGTGATGGC 
AGAAGCAGAA AGGGGAGGGG AAGTTCTGGG AAAGTCAGAG CAGGTTCTGG GAGGTTGAGA 
GGGAAATCTG AGGTGCCATT TCTTCTGGAC AGCGAGGATG CAAGGGCTGT TCTGCCAAGT 
GAGCTAGTTC CGGAAACGAA AAAAAAAGTG ACTGCTGTGG ATAAGAGAGG AGAGCAAGAG 
TTGGATTCTT CAAAGCAACC AGGGGCTGTT ACTGAACTCA CTGAGCCAGT GGCAGTGAGG 
GTGGACAAAG AGATGACTGC AAGTGTGGAA AGCACCATGC AGGCATTGAT TCCTTTGGAA 
ACTGGGTCAG GCTTGACTCA GACTTCCGAT GCTAGGATAG AAAGAGGAGC TGAAGTTAAA 
AATACGGGTA AGGAAGGGAA GTACCCTTGG GTGGATCATG AGTCAACTCC CTGGATCTCT 
GAAAAGCCTA AAAAGAAAGG CAATGAAGGC AGAAACAAAA AGTTTAAAAA TAATTATCCT 
GTACAGCCTA CCAGAATGGG GGGCAAGGAG GAAATTGTCA ACCCACCTTT CGTAGAGAAG 
GACAGTGATA CCGGTACTAT TAGCCTTAAA AACAGAGAAT TAGGACAAAA TTTCCCAAAA 
CCACATGATC CTATTTTCTT ACATACATCA CATACACCCA CTGTGGAAGT CCTTGACAGA 
AAGAATAAAA ATGTTGAAGC TAATTCTGTT GATCTTGGTG TTCTTGAGGG GAATAAAAAA 
AACACAATCA AGGACACTGC TATTACTGAA CCAGCTGTCA AAGCGACAGA TGTGAGCTCC 
CAAAACCAAA TCCAGGGGGC AGGATTTATT CCCTCGGTAG TATCTGAGAA GAACAAGAGA 
GGTGCAGCCA AGCGACACGC TGCAGTGGCT GACAAACCCA ATAAAAGGAG TAATGATGAG 
AAATGTAAAG AGGCTAAAAG TAGTTTTCCT GAGGAGCACA TTCTGGAGAT TAAGACAGAT 
ACTGCAAAAA TACATATTCC CATGGAAACC ACAGGAGACC ACAGAATTGA AGTAATGGGC 
TATGTGGATG AAAATAGAAA TATTGCATTT ACCTGTCCGA GAACACCATC AGGGCCAATA 
AATAAGTCAG CTCCCCTAGA GGTTGTGGAA TCAGCAGACT GTGAAACACT GTCCACTCCT 
ACTTCTCAGG TAATAAAGAA AGGTGATTCC TTACCAGACA CCTGTACAAA AAATGAGCAA 
GAGAGAGTTC CAGACCAGAT TTCCAGATTA TTAGTGGAAG ATACCTACAA CAAAGATGGA 
GTCCCAGGTC AGGAAAGACC AGCAATTCCC TCTTCTGTTA AGCCTTCTAG CACAGAACGA 
GTTGCTGTGA CTTTTACAGA AGGTACAGAA AAGGTTAACA GTTACGGAGA TCACTGTCTT 
AAGAATAAAG GCAAGCTTGA TGATCACAGG AAAAATAAAG TAGGGGTAAT CAATGAAGGG 
CATGAGGTCA GAGAATCTGA GTCGGTGCAC CATGTGGCCT CTAAGCATAC AGTACAGCAG 
GTCACCGAGC CATCCAAAGA ACACTTTCTT CCTGGAATGC CCACAGAAAA CCAGAGCCTG 
CCAGGAGAGG TCAGAGTCCT AGATACACAT GCAGATAATG GTGCTTTGCC AGCATCTCTA 
GTGAACAAAG AAAAGGGAAC TAAGAGAGAT TCTGCCCCAG TTCAAAACCC TGACCTGGGA 
AGTAAAGCAC AGAAGCTTAG TTTATGTGAG TATCAAAATG TGAAAGAGAG AGATTCCAAG 
AGCCCACATA GTTTGGATAA TAAGGTAGAT ACAACTCTTT GGCCTCTAAA AAATGAAAAG 
GAAAAAATGA AAGAAATCAG TCTGCCTTGT GAAGTCACAA AATTGGAATC TGTTCCCATG 
CTCACACCAG CACTGCTGTC GGATTTCTCA TGTGGCAGTG TTGAGGGCCC TCCTTCAGCG 
GTGGAAGATA AGCTAGTAGT GACTGCTTCC GAAGATCATC AAGTCCCAGA ACTCAAAGAC 
AGTATTGTGG AAGCACCTCA GAAACTAACA GAAAAGTCTG AATTGGAGAC ACTGGATGAA 
AGAAAGAAAA AAGATAAAAG CAGAATGGCA GAGCCAGTGA AAGGCTACAT GAGACCTACC 
AAGTCCCGGG GACTTACTCC ACTTTTGCCA AAGTTCACAA GCCAGGAAAG AGACAAATCC 
AGGCTGCTCA AGTCCAGTGG AATAGCCAGG CAAGAAGAAG GAAAGGCTGA TGTTGGTGTG 
ACCGGAAATG ACATCACTAC CCCACCAAAC AAGGAGCTAC CACCAAGCCC AGAAAAGAAA 
ACAAAGCCTT TGGCCACCAC TCAACCTGCA AAGACTTCAA CATCGAAAGC CAAAACACAG 
CCCACTTCTG TCCCTAAGCA GCCAGCTCCC ACCACCCCTG GTGGGTTGAA TAAAAAACCC 
ATGAGCCTCG CTTCAGGCTC AGTACCAGCT GCCCCACCCA AACGCCCTGC TGCTGCCACT 
GCCAGGCCTT CCACCCTGCC TGCAAGAGAT GTGAAGCCAA AGCCCACTGC AGAGGCTAAG 
ATTTCTGAAA AGCGAATCTC ACCATCGAAG CCCATATCTG TCCCAGCCCT CAGACCTGGA 
CCCAAGACCA CCCCAGCAGT CTCAAAAACC ACATCTCCTG CAACTCTTAC TTCCACTGGA 
CCAGGCAGTC GAAGCCCCGC CACACCCCTG CCTAAGAGAC CCAGCACCAT TAAGACTGAG 
GGAAAACCTG CTGATGTCAA GAAGATGACT GCCAAGTCTG CACCAGCTGA CTTGAGTCGC 
TCAAAGACCA CCTCTACCAG TTCTGTAAAG AGAAACACCA CTTCCACAGG GGCAGCACCC 
CCAGCAGGAA TGACTTCCAC GCGAGTCAAG CCCACGTCAG CACCTTCCCG GCCTTCTGTG 
GACAAGAAGC CCACCTTGGC TAAGCCTAGC TTCTCTGTGC CCAGGCTGAG CCGCCTAACC 
ACCACTGCCT CTGCCTCTGC CCCTGATCTG AAAAATGTCC GCTCCAAGGT TGGTTCCATA 
GAAAACATCA AGCATCAGCC TGGAGGAGGC CGGGCCAAAG TAGAGAAAAA AACAGAGGCA 
GCTACAACGG GAAAGCCTGA ACCTAATGCA ACCACTAAAA CAGCGGGCTC CATTGCAAGT 
ACACAGAAAC CACCTGCCGG GAAAGTCCAG ATAGTCTCCA AAAAAGTGAG CTACAGCCAT 
ATTCAATCCA AGTGTGGTTC CAAGGACAAT ATTAAGCATG TCCCTGGAGG TGGTAATGTT 
CAGATTCAGA ACAAGAAAGT GGACATCTCC AAGGTCTCCT CCAAGTGCGG GTCCAAAGCT 
AATATCAAGC ACAAGCCTGG TGGAGGAGAT GTCAAGATTG AAAGTCAGAA GTTGAACTTC 
AAGGAGAAGG CCCAGGCCAA GGTTGGATCC CTTGATAATG TGGGCCACCT ACCTGCAGGA 
GGTGCCGTGA AGGTAACTGA GGGCGGTGGC AGTGAGGCCC CTCCATGTCC CAGCCCTCCT 
GCTGGGGAGG AGCTGGCCGT CTCTGAGGCA GCGCCTGAAG CTGGCGCCCC TACTTCAGCC 
TGTGTCCTCA GTGGTCACGC CACCCTGTCA GGGGGTGGTG ATCAAAGGGA GCCCCAGACC 
TTGGACAGCC AGATCCAGGA GACAAGCATC TAA

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

Gene Symbol	Map4
Entrez Gene ID	103732245
Full Name	microtubule associated protein 4
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

Map4 cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

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:

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:

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:

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:

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