Mast1 cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Mast1
Entrez Gene ID	103751879
Full Name	microtubule associated serine/threonine kinase 1
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008855471.3	XP_008853693.1	microtubule-associated serine/threonine-protein kinase 1 isoform X3
XM_008855469.1	XP_008853691.1	microtubule-associated serine/threonine-protein kinase 1 isoform X1
XM_008855470.3	XP_008853692.1	microtubule-associated serine/threonine-protein kinase 1 isoform X2
XM_008855469.2	XP_008853691.1	microtubule-associated serine/threonine-protein kinase 1 isoform X1
XM_029557347.1	XP_029413207.1	microtubule-associated serine/threonine-protein kinase 1 isoform X4
XM_008855470.2	XP_008853692.1	microtubule-associated serine/threonine-protein kinase 1 isoform X2
XM_008855471.2	XP_008853693.1	microtubule-associated serine/threonine-protein kinase 1 isoform X3

Pathways from BioSystems
Gene Ontology

The following Mast1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Mast1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
ONa137466	XM_029557347.1 Latest version!	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
ONa37014	XM_008855469.2 Latest version!	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
ONa37015	XM_008855470.3 Latest version!	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
ONa37016	XM_008855471.3 Latest version!	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
View Old Accession Versions >>
ONa37014	XM_008855469.1	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
ONa37015	XM_008855470.2	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
ONa37016	XM_008855471.2	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
Hide Old Accession Versions >>

ORF Online Only Promotion

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

Reference Sequences (Refseq)

Mast1 ( XM_029557347.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029413207.1 Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X4, mRNA.

Price & Availability↑

CloneID	ONa137466
Clone ID Related Accession (Same CDS sequence)	XM_029557347.1
Accession Version	XM_029557347.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4167bp) 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 serine/threonine-protein kinase 1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008357641.1) 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##

ATGATGAACC ATGTGTACAA GGAGCGGTTC CCCAAGGCCA CCGCACAGAT GGAGGAGAAG 
CTGCGGGACT TTGCCCGCGC CTACGAACCT GACAGCGTGC TGCCGCTGGC GGACGGCGTA 
CTCAGCTTCA TCCACCACCA GATCATCGAG CTGGCACGGG ACTGCCTGAC CAAGTCCCGC 
GACGGGCTCA TCACCACCGT CTACTTCTAT GAACTACAGG AGAACCTGGA GAAGCTATTG 
CAGGACGCCT ATGAACGCTC CGAGAGCTTG GAGGTGGCCT TTGTCACTCA GCTGGTGAAG 
AAACTGCTCA TTATCATCTC TCGCCCAGCT AGGCTTCTAG AGTGCCTGGA ATTCAACCCT 
GAGGAGTTCT ACCACCTACT GGAGGCAGCA GAGGGACATG CCAAGGAGGG CCACCTCGTC 
AAGACTGACA TCCCCCGATA CATCATCCAT CAGCTGGGCC TCACCCGGGA CCCCTTTCCT 
GATGTGGTAC ATCTGGAGGA ACAGGACAGT GGTGGCTCTA ACACACCAGA GCAGGACGAC 
ATCTCTGAGG GTCGCAGTGG CACCGCCAAG GCCAAGAAGC CACCTGGAGA GAATGACTTT 
GACACCATTA AGCTCATAAG CAATGGTGCC TACGGGGCGG TCTATCTGGT GCGGCACCGA 
GACACACGGC AGCGCTTTGC CATGAAGAAG ATTAACAAGC AGAACCTGAT CCTCCGCAAT 
CAGATCCAGC AGGCCTTCGT GGAACGCGAC ATCCTGACCT TCGCAGAGAA CCCCTTTGTG 
GTCGGCATGT TCTGTTCCTT CGAGACCCGC CGCCACCTCT GCATGGTCAT GGAGTATGTG 
GAAGGTGGTG ACTGTGCCAC CCTACTGAAG AACATTGGGG CACTGCCTGT AGAGATGGCC 
CGCATGTACT TTGCAGAGAC AGTGCTGGCA CTAGAGTACT TGCACAACTA CGGCATTGTG 
CATCGTGACC TCAAGCCAGA CAACCTCCTC ATCACTTCCA TGGGCCACAT CAAACTCACG 
GATTTTGGCC TCTCCAAGAT GGGGCTCATG AGCCTGACCA CCAACTTATA TGAAGGTCAC 
ATAGAGAAGG ACGCCCGGGA GTTCCTGGAC AAACAGGTGT GTGGGACCCC AGAGTACATC 
GCACCCGAGG TCATCCTGCG CCAGGGCTAC GGCAAGCCAG TGGACTGGTG GGCCATGGGG 
ATCATACTCT ACGAGTTCCT GGTTGGCTGT GTGCCTTTCT TTGGGGACAC CCCAGAAGAG 
CTCTTTGGAC AAGTTATCAG TGATGACATC CTGTGGCCCG AGGGGGATGA GGCCCTGCCT 
ACAGATGCCC AGCTTCTGAT ATCTAGCCTT CTGCAGACCA ACCCCCTGGT CCGGCTTGGG 
GCAGGTGGTG CCTTTGAAGT GAAGCAGCAT AGTTTCTTCC GAGACCTGGA TTGGACAGGG 
CTGCTGAGGC AAAAGGCCGA GTTCATCCCC CACCTAGAGT CAGAAGATGA CACCAGCTAC 
TTTGACACCC GGTCAGACAG GTATCACCAT GTGAACTCCT ATGATGAGGA TGACACCACC 
GAGGAAGAAC CTGTGGAGAT CCGCCAGTTC TCCTCTTGCT CTCCCCGCTT CAGCAAGGTG 
TACAGCAGTA TGGAGCAGCT GTCACAACAT GAGCCCAAGA CCCCCGTATC AACATCGGGG 
GCGACCAAGA GGGAGCCAAG CGCCAAGGGC TCAGAGGAGA AGGTAGCCGG CAAGCGGGAG 
GGACTGGGTG GCCTGACTCT GCGAGAGAAG ACCTGGAGAG GGGGCTCCCC AGAGATCAAG 
CGCTTCTCCG CTTCCGAGGC CTGTTTCTTG GAGGGGGAGG CCAGTCCTCC GTTAGGAGCG 
CGCCGACGTT TCTCGGCGCT GCTGGAGCCC AGCCGCTTCA ATGCTCCTCA GGAGGACGAA 
GATGAAGTCC GGCTCCGCAG GCCTCCCCGG CCCAGCTCCG ATCCTTCAGG CTCACTGGAG 
ACGCGAGCCC CCAAAGAGAC GGCTCAAGAA GGCACCCCCA CGGCTGGGGA CCCCGAGACC 
ACTGAGCACA CATGCCCAGG TGACCTCTGC ACACTCTCAA AGGATGGGGA TCCATCAGGC 
CCTAGGGCCA CCAATGACCT AGTTCTGCGA AGGGTGCGCC ACCAGCAGCT GTCTGGAGAT 
CCTTCGGTGG AGAAGCGACC TTCTCGAACT GGGGGCAAAG TTATCAAGTC AGCCTCAGCG 
ACTGCCCTAT CCGTCATGAT TCCTGCAGTG GACCCACATG GAAGCTCACC CCTTGCTAGT 
CCCATGTCCC CTCGATCCCT TTCCTCCAAC CCATCCTCGA GGGACTCTTC ACCCAGCCGG 
GACTACTCAC CTGCTGTCAG TGGCCTCCGT TCCCCAATCA CCATCCAACG CTCAGGCAAA 
AAATACGGCT TCACGCTGCG TGCCATCCGC GTCTACATGG GCGATTCGGA TGTCTACAGT 
GTTCACCACA TTGTTTGGCA TGTGGAGGAA GGGGGCCCAG CCCAAGAGGC GGGTCTCTGT 
GCTGGGGACC TCATCACGCA CGTGAACGGC GAGCCGGTGC ATGGCATGGT GCATCCTGAG 
GTGGTAGAGC TGATCCTTAA GAGCGGCAAC AAGGTGGCTG TGACCACGAC ACCCTTCGAA 
AACACCTCCA TCCGCATTGG GCCCGCCAGG CGCAGCAGCT ACAAAGCTAA AATGGCTCGG 
AGGAACAAGA GACCCTCGTC TAAGGATGGC CAGGAGAGCA AGAAACGCAG CTCCCTCTTC 
CGGAAGATCA CAAAACAGTC AAACCTGTTG CATACTAGCC GCTCGCTCTC CTCGCTGAAC 
CGGTCCCTGT CGTCCAGTGA TAGTCTCCCC GGATCACCCA CGCACGGACT ACCGGCGCGC 
TCGCCCACGC ACAGTTACCG CTCCACGCCT GACTCCGCCT ACCTAGGCGC CTCCTCCCAG 
AGCAGCTCCC CAGCCTCCAG CACTCCCAAC TCCCCCGCGT CCTCGGCGTC GCACCACATC 
CGACCCAGCA CCCTGCATGG GCTGTCACCG AAGCTCCACC GCCAGTACCG CTCTGCGCGC 
TGCAAGTCAG CCGGCAACAT CCCGCTGTCG CCACTGGCGC ACACTCCATC CCCGACGCAG 
GCGTCGCCGC CACCGTTGCC GGGCCACACC GTGGGCAGTT CGCACACCAC GCAGAGCTTC 
CCAGCCAAAT TGCACTCGTC ACCGCCGGTC GTGCGCCCGC GCCCCAAGAG TGCAGAGCCG 
CCGCGCTCGC CGCTGCTCAA GCGAGTGCAG TCGGCAGAGA AGCTGGGGGC CTCACTGGGC 
GCAGACAAGA AGGGCGCACT GCGCAAACAC AGCCTCGAGG TGGGCCACCC GGATTTCCGC 
AAGGACTTCC ACGGCGAGCT GGCTCTGCAT AGCCTAGCCG AGTCCGACGG CGAGACGCCT 
CCCATCGAGG GTCCTGGAGC GTCCCGGCAA GTCACAATGC GACGCCTGGG CCGCCAGGAA 
TCGCCCCTAA GCTTGGGTGC GGACCCGTTG CTCCCTGAGG GCGCGCCCAG GCTAATGGCG 
TCAAGCAAGG AGAAGGAGTC TCCGGGAGGC GTGGAGGCCT GCACTCCACC TCGCGCAACA 
ACCCCCGGGA GCCGGACCCT GGAGCGGGAT TCCGGCTGCA CGCGGCACCA GAGCGTGCAA 
ACTGAAGACG GCCAAGGCGG GGTGGCTAGG GCAGTGGCCA AGGCGGCGCT TAGTCCGGTG 
CAGGAACACG AGACCGGCCG GCGCAGTAGC TCGGGCGAGA CAGGCACACC CGTGGTGCCC 
ATTGTTGTGG AGCCCACGCG GCCAAGGGTG AAGGCCCAGG CGCTCCAGCC TCTGGGCACA 
GACTCCAAGG GATTGAAGGA ACCTGTACCC CTGGTGCCTC TGGTGCCTGA TGCCCCAAGG 
GGCCGGGAGC GCTGGGTGCT GCAGGAGGTA GAGGAGCGGA CCACGCTGAG CGGGCCACGC 
TCCAAGCCTG TTTCCCCCAA ACTCTCCCCG GATCCCCAGA CTCCCACTCT AGCCCCAACA 
AAAAATGTGT CGGGAAATGC AGGCCCTCCA GCTCCACCCA CTTCCCTCCG GGAAGTGGGG 
CTCACCTCCG GATCCCCTGT TGAGGCTGTG ACTCCAGTAG GCCTGACCAA AAAAGGGGCA 
CCCAGCATCG CACCCTCAGG CCCGTAG

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

RefSeq	XP_029413207.1
CDS	378..4544
Translation	MMNHVYKERFPKATAQMEEKLRDFARAYEPDSVLPLADGVLSFIHHQIIELARDCLTKSRDGLITTVYFYELQENLEKLLQDAYERSESLEVAFVTQLVKKLLIIISRPARLLECLEFNPEEFYHLLEAAEGHAKEGHLVKTDIPRYIIHQLGLTRDPFPDVVHLEEQDSGGSNTPEQDDISEGRSGTAKAKKPPGENDFDTIKLISNGAYGAVYLVRHRDTRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVGMFCSFETRRHLCMVMEYVEGGDCATLLKNIGALPVEMARMYFAETVLALEYLHNYGIVHRDLKPDNLLITSMGHIKLTDFGLSKMGLMSLTTNLYEGHIEKDAREFLDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVISDDILWPEGDEALPTDAQLLISSLLQTNPLVRLGAGGAFEVKQHSFFRDLDWTGLLRQKAEFIPHLESEDDTSYFDTRSDRYHHVNSYDEDDTTEEEPVEIRQFSSCSPRFSKVYSSMEQLSQHEPKTPVSTSGATKREPSAKGSEEKVAGKREGLGGLTLREKTWRGGSPEIKRFSASEACFLEGEASPPLGARRRFSALLEPSRFNAPQEDEDEVRLRRPPRPSSDPSGSLETRAPKETAQEGTPTAGDPETTEHTCPGDLCTLSKDGDPSGPRATNDLVLRRVRHQQLSGDPSVEKRPSRTGGKVIKSASATALSVMIPAVDPHGSSPLASPMSPRSLSSNPSSRDSSPSRDYSPAVSGLRSPITIQRSGKKYGFTLRAIRVYMGDSDVYSVHHIVWHVEEGGPAQEAGLCAGDLITHVNGEPVHGMVHPEVVELILKSGNKVAVTTTPFENTSIRIGPARRSSYKAKMARRNKRPSSKDGQESKKRSSLFRKITKQSNLLHTSRSLSSLNRSLSSSDSLPGSPTHGLPARSPTHSYRSTPDSAYLGASSQSSSPASSTPNSPASSASHHIRPSTLHGLSPKLHRQYRSARCKSAGNIPLSPLAHTPSPTQASPPPLPGHTVGSSHTTQSFPAKLHSSPPVVRPRPKSAEPPRSPLLKRVQSAEKLGASLGADKKGALRKHSLEVGHPDFRKDFHGELALHSLAESDGETPPIEGPGASRQVTMRRLGRQESPLSLGADPLLPEGAPRLMASSKEKESPGGVEACTPPRATTPGSRTLERDSGCTRHQSVQTEDGQGGVARAVAKAALSPVQEHETGRRSSSGETGTPVVPIVVEPTRPRVKAQALQPLGTDSKGLKEPVPLVPLVPDAPRGRERWVLQEVEERTTLSGPRSKPVSPKLSPDPQTPTLAPTKNVSGNAGPPAPPTSLREVGLTSGSPVEAVTPVGLTKKGAPSIAPSGP

Target ORF information:

RefSeq Version	XM_029557347.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X4, mRNA.

Target ORF information:

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

XM_029557347.1

ORF Insert Sequence:

ATGATGAACC ATGTGTACAA GGAGCGGTTC CCCAAGGCCA CCGCACAGAT GGAGGAGAAG 
CTGCGGGACT TTGCCCGCGC CTACGAACCT GACAGCGTGC TGCCGCTGGC GGACGGCGTA 
CTCAGCTTCA TCCACCACCA GATCATCGAG CTGGCACGGG ACTGCCTGAC CAAGTCCCGC 
GACGGGCTCA TCACCACCGT CTACTTCTAT GAACTACAGG AGAACCTGGA GAAGCTATTG 
CAGGACGCCT ATGAACGCTC CGAGAGCTTG GAGGTGGCCT TTGTCACTCA GCTGGTGAAG 
AAACTGCTCA TTATCATCTC TCGCCCAGCT AGGCTTCTAG AGTGCCTGGA ATTCAACCCT 
GAGGAGTTCT ACCACCTACT GGAGGCAGCA GAGGGACATG CCAAGGAGGG CCACCTCGTC 
AAGACTGACA TCCCCCGATA CATCATCCAT CAGCTGGGCC TCACCCGGGA CCCCTTTCCT 
GATGTGGTAC ATCTGGAGGA ACAGGACAGT GGTGGCTCTA ACACACCAGA GCAGGACGAC 
ATCTCTGAGG GTCGCAGTGG CACCGCCAAG GCCAAGAAGC CACCTGGAGA GAATGACTTT 
GACACCATTA AGCTCATAAG CAATGGTGCC TACGGGGCGG TCTATCTGGT GCGGCACCGA 
GACACACGGC AGCGCTTTGC CATGAAGAAG ATTAACAAGC AGAACCTGAT CCTCCGCAAT 
CAGATCCAGC AGGCCTTCGT GGAACGCGAC ATCCTGACCT TCGCAGAGAA CCCCTTTGTG 
GTCGGCATGT TCTGTTCCTT CGAGACCCGC CGCCACCTCT GCATGGTCAT GGAGTATGTG 
GAAGGTGGTG ACTGTGCCAC CCTACTGAAG AACATTGGGG CACTGCCTGT AGAGATGGCC 
CGCATGTACT TTGCAGAGAC AGTGCTGGCA CTAGAGTACT TGCACAACTA CGGCATTGTG 
CATCGTGACC TCAAGCCAGA CAACCTCCTC ATCACTTCCA TGGGCCACAT CAAACTCACG 
GATTTTGGCC TCTCCAAGAT GGGGCTCATG AGCCTGACCA CCAACTTATA TGAAGGTCAC 
ATAGAGAAGG ACGCCCGGGA GTTCCTGGAC AAACAGGTGT GTGGGACCCC AGAGTACATC 
GCACCCGAGG TCATCCTGCG CCAGGGCTAC GGCAAGCCAG TGGACTGGTG GGCCATGGGG 
ATCATACTCT ACGAGTTCCT GGTTGGCTGT GTGCCTTTCT TTGGGGACAC CCCAGAAGAG 
CTCTTTGGAC AAGTTATCAG TGATGACATC CTGTGGCCCG AGGGGGATGA GGCCCTGCCT 
ACAGATGCCC AGCTTCTGAT ATCTAGCCTT CTGCAGACCA ACCCCCTGGT CCGGCTTGGG 
GCAGGTGGTG CCTTTGAAGT GAAGCAGCAT AGTTTCTTCC GAGACCTGGA TTGGACAGGG 
CTGCTGAGGC AAAAGGCCGA GTTCATCCCC CACCTAGAGT CAGAAGATGA CACCAGCTAC 
TTTGACACCC GGTCAGACAG GTATCACCAT GTGAACTCCT ATGATGAGGA TGACACCACC 
GAGGAAGAAC CTGTGGAGAT CCGCCAGTTC TCCTCTTGCT CTCCCCGCTT CAGCAAGGTG 
TACAGCAGTA TGGAGCAGCT GTCACAACAT GAGCCCAAGA CCCCCGTATC AACATCGGGG 
GCGACCAAGA GGGAGCCAAG CGCCAAGGGC TCAGAGGAGA AGGTAGCCGG CAAGCGGGAG 
GGACTGGGTG GCCTGACTCT GCGAGAGAAG ACCTGGAGAG GGGGCTCCCC AGAGATCAAG 
CGCTTCTCCG CTTCCGAGGC CTGTTTCTTG GAGGGGGAGG CCAGTCCTCC GTTAGGAGCG 
CGCCGACGTT TCTCGGCGCT GCTGGAGCCC AGCCGCTTCA ATGCTCCTCA GGAGGACGAA 
GATGAAGTCC GGCTCCGCAG GCCTCCCCGG CCCAGCTCCG ATCCTTCAGG CTCACTGGAG 
ACGCGAGCCC CCAAAGAGAC GGCTCAAGAA GGCACCCCCA CGGCTGGGGA CCCCGAGACC 
ACTGAGCACA CATGCCCAGG TGACCTCTGC ACACTCTCAA AGGATGGGGA TCCATCAGGC 
CCTAGGGCCA CCAATGACCT AGTTCTGCGA AGGGTGCGCC ACCAGCAGCT GTCTGGAGAT 
CCTTCGGTGG AGAAGCGACC TTCTCGAACT GGGGGCAAAG TTATCAAGTC AGCCTCAGCG 
ACTGCCCTAT CCGTCATGAT TCCTGCAGTG GACCCACATG GAAGCTCACC CCTTGCTAGT 
CCCATGTCCC CTCGATCCCT TTCCTCCAAC CCATCCTCGA GGGACTCTTC ACCCAGCCGG 
GACTACTCAC CTGCTGTCAG TGGCCTCCGT TCCCCAATCA CCATCCAACG CTCAGGCAAA 
AAATACGGCT TCACGCTGCG TGCCATCCGC GTCTACATGG GCGATTCGGA TGTCTACAGT 
GTTCACCACA TTGTTTGGCA TGTGGAGGAA GGGGGCCCAG CCCAAGAGGC GGGTCTCTGT 
GCTGGGGACC TCATCACGCA CGTGAACGGC GAGCCGGTGC ATGGCATGGT GCATCCTGAG 
GTGGTAGAGC TGATCCTTAA GAGCGGCAAC AAGGTGGCTG TGACCACGAC ACCCTTCGAA 
AACACCTCCA TCCGCATTGG GCCCGCCAGG CGCAGCAGCT ACAAAGCTAA AATGGCTCGG 
AGGAACAAGA GACCCTCGTC TAAGGATGGC CAGGAGAGCA AGAAACGCAG CTCCCTCTTC 
CGGAAGATCA CAAAACAGTC AAACCTGTTG CATACTAGCC GCTCGCTCTC CTCGCTGAAC 
CGGTCCCTGT CGTCCAGTGA TAGTCTCCCC GGATCACCCA CGCACGGACT ACCGGCGCGC 
TCGCCCACGC ACAGTTACCG CTCCACGCCT GACTCCGCCT ACCTAGGCGC CTCCTCCCAG 
AGCAGCTCCC CAGCCTCCAG CACTCCCAAC TCCCCCGCGT CCTCGGCGTC GCACCACATC 
CGACCCAGCA CCCTGCATGG GCTGTCACCG AAGCTCCACC GCCAGTACCG CTCTGCGCGC 
TGCAAGTCAG CCGGCAACAT CCCGCTGTCG CCACTGGCGC ACACTCCATC CCCGACGCAG 
GCGTCGCCGC CACCGTTGCC GGGCCACACC GTGGGCAGTT CGCACACCAC GCAGAGCTTC 
CCAGCCAAAT TGCACTCGTC ACCGCCGGTC GTGCGCCCGC GCCCCAAGAG TGCAGAGCCG 
CCGCGCTCGC CGCTGCTCAA GCGAGTGCAG TCGGCAGAGA AGCTGGGGGC CTCACTGGGC 
GCAGACAAGA AGGGCGCACT GCGCAAACAC AGCCTCGAGG TGGGCCACCC GGATTTCCGC 
AAGGACTTCC ACGGCGAGCT GGCTCTGCAT AGCCTAGCCG AGTCCGACGG CGAGACGCCT 
CCCATCGAGG GTCCTGGAGC GTCCCGGCAA GTCACAATGC GACGCCTGGG CCGCCAGGAA 
TCGCCCCTAA GCTTGGGTGC GGACCCGTTG CTCCCTGAGG GCGCGCCCAG GCTAATGGCG 
TCAAGCAAGG AGAAGGAGTC TCCGGGAGGC GTGGAGGCCT GCACTCCACC TCGCGCAACA 
ACCCCCGGGA GCCGGACCCT GGAGCGGGAT TCCGGCTGCA CGCGGCACCA GAGCGTGCAA 
ACTGAAGACG GCCAAGGCGG GGTGGCTAGG GCAGTGGCCA AGGCGGCGCT TAGTCCGGTG 
CAGGAACACG AGACCGGCCG GCGCAGTAGC TCGGGCGAGA CAGGCACACC CGTGGTGCCC 
ATTGTTGTGG AGCCCACGCG GCCAAGGGTG AAGGCCCAGG CGCTCCAGCC TCTGGGCACA 
GACTCCAAGG GATTGAAGGA ACCTGTACCC CTGGTGCCTC TGGTGCCTGA TGCCCCAAGG 
GGCCGGGAGC GCTGGGTGCT GCAGGAGGTA GAGGAGCGGA CCACGCTGAG CGGGCCACGC 
TCCAAGCCTG TTTCCCCCAA ACTCTCCCCG GATCCCCAGA CTCCCACTCT AGCCCCAACA 
AAAAATGTGT CGGGAAATGC AGGCCCTCCA GCTCCACCCA CTTCCCTCCG GGAAGTGGGG 
CTCACCTCCG GATCCCCTGT TGAGGCTGTG ACTCCAGTAG GCCTGACCAA AAAAGGGGCA 
CCCAGCATCG CACCCTCAGG CCCGTAG

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

Mast1 ( XM_008855469.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008853691.1 Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ONa37014
Clone ID Related Accession (Same CDS sequence)	XM_008855469.1 , XM_008855469.2
Accession Version	XM_008855469.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4695bp) 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 serine/threonine-protein kinase 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008357641.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: 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##

ATGTCTGACT CTCTCTGGAC CGCGCTTTCC AATTTCTCGA TGCCCTCCTT CCCCGGCGGC 
AGTATGTTCC GCCGCACCAA GAGCTGCCGC ACTAGTAACC GGAAAAGCCT CATCCTGACA 
AGCACTTCGC CAACGCTGCC GCGGCCCCAC TCCCCATTGC CAGGCCACTT AGGTAGCAGT 
CCCCTGGACA GCCCCCGCAA CTTCTCTCCC AACACCCCAG CCCACTTCTC ATTTGCCTCC 
TCCCGAAGGG CTGATGGACG TCGCTGGTCG CTGGCCTCAC TCCCTTCCTC TGGCTATGGC 
ACCAACACAC CCAGTTCCAC TGTGTCGTCC TCCTGTTCCT CCCAGGAGCG TCTGCATCAA 
CTGCCCTACC AGCCCACGGT GGACGAGCTG CACTTCCTTT CCAAACACTT CGGCAGCACT 
GAGAGCATCA CGGACGAGGA TGGCGGCCGC CGCTCCCCGG CGGTGCGGCC CCGCTCGCGG 
AGCCTCAGCC CCGGCCGCTC TCCCTCCTCC TACGACAATG AAATCGTGAT GATGAACCAT 
GTGTACAAGG AGCGGTTCCC CAAGGCCACC GCACAGATGG AGGAGAAGCT GCGGGACTTT 
GCCCGCGCCT ACGAACCTGA CAGCGTGCTG CCGCTGGCGG ACGGCGTACT CAGCTTCATC 
CACCACCAGA TCATCGAGCT GGCACGGGAC TGCCTGACCA AGTCCCGCGA CGGGCTCATC 
ACCACCGTCT ACTTCTATGA ACTACAGGAG AACCTGGAGA AGCTATTGCA GGACGCCTAT 
GAACGCTCCG AGAGCTTGGA GGTGGCCTTT GTCACTCAGC TGGTGAAGAA ACTGCTCATT 
ATCATCTCTC GCCCAGCTAG GCTTCTAGAG TGCCTGGAAT TCAACCCTGA GGAGTTCTAC 
CACCTACTGG AGGCAGCAGA GGGACATGCC AAGGAGGGCC ACCTCGTCAA GACTGACATC 
CCCCGATACA TCATCCATCA GCTGGGCCTC ACCCGGGACC CCTTTCCTGA TGTGGTACAT 
CTGGAGGAAC AGGACAGTGG TGGCTCTAAC ACACCAGAGC AGGACGACAT CTCTGAGGGT 
CGCAGTGGCA CCGCCAAGGC CAAGAAGCCA CCTGGAGAGA ATGACTTTGA CACCATTAAG 
CTCATAAGCA ATGGTGCCTA CGGGGCGGTC TATCTGGTGC GGCACCGAGA CACACGGCAG 
CGCTTTGCCA TGAAGAAGAT TAACAAGCAG AACCTGATCC TCCGCAATCA GATCCAGCAG 
GCCTTCGTGG AACGCGACAT CCTGACCTTC GCAGAGAACC CCTTTGTGGT CGGCATGTTC 
TGTTCCTTCG AGACCCGCCG CCACCTCTGC ATGGTCATGG AGTATGTGGA AGGTGGTGAC 
TGTGCCACCC TACTGAAGAA CATTGGGGCA CTGCCTGTAG AGATGGCCCG CATGTACTTT 
GCAGAGACAG TGCTGGCACT AGAGTACTTG CACAACTACG GCATTGTGCA TCGTGACCTC 
AAGCCAGACA ACCTCCTCAT CACTTCCATG GGCCACATCA AACTCACGGA TTTTGGCCTC 
TCCAAGATGG GGCTCATGAG CCTGACCACC AACTTATATG AAGGTCACAT AGAGAAGGAC 
GCCCGGGAGT TCCTGGACAA ACAGGTGTGT GGGACCCCAG AGTACATCGC ACCCGAGGTC 
ATCCTGCGCC AGGGCTACGG CAAGCCAGTG GACTGGTGGG CCATGGGGAT CATACTCTAC 
GAGTTCCTGG TTGGCTGTGT GCCTTTCTTT GGGGACACCC CAGAAGAGCT CTTTGGACAA 
GTTATCAGTG ATGACATCCT GTGGCCCGAG GGGGATGAGG CCCTGCCTAC AGATGCCCAG 
CTTCTGATAT CTAGCCTTCT GCAGACCAAC CCCCTGGTCC GGCTTGGGGC AGGTGGTGCC 
TTTGAAGTGA AGCAGCATAG TTTCTTCCGA GACCTGGATT GGACAGGGCT GCTGAGGCAA 
AAGGCCGAGT TCATCCCCCA CCTAGAGTCA GAAGATGACA CCAGCTACTT TGACACCCGG 
TCAGACAGGT ATCACCATGT GAACTCCTAT GATGAGGATG ACACCACCGA GGAAGAACCT 
GTGGAGATCC GCCAGTTCTC CTCTTGCTCT CCCCGCTTCA GCAAGGTGTA CAGCAGTATG 
GAGCAGCTGT CACAACATGA GCCCAAGACC CCCGTATCAA CATCGGGGGC GACCAAGAGG 
GAGCCAAGCG CCAAGGGCTC AGAGGAGAAG GTAGCCGGCA AGCGGGAGGG ACTGGGTGGC 
CTGACTCTGC GAGAGAAGAC CTGGAGAGGG GGCTCCCCAG AGATCAAGCG CTTCTCCGCT 
TCCGAGGCCT GTTTCTTGGA GGGGGAGGCC AGTCCTCCGT TAGGAGCGCG CCGACGTTTC 
TCGGCGCTGC TGGAGCCCAG CCGCTTCAAT GCTCCTCAGG AGGACGAAGA TGAAGTCCGG 
CTCCGCAGGC CTCCCCGGCC CAGCTCCGAT CCTTCAGGCT CACTGGAGAC GCGAGCCCCC 
AAAGAGACGG CTCAAGAAGG CACCCCCACG GCTGGGGACC CCGAGACCAC TGAGCACACA 
TGCCCAGGTG ACCTCTGCAC ACTCTCAAAG GATGGGGATC CATCAGGCCC TAGGGCCACC 
AATGACCTAG TTCTGCGAAG GGTGCGCCAC CAGCAGCTGT CTGGAGATCC TTCGGTGGAG 
AAGCGACCTT CTCGAACTGG GGGCAAAGTT ATCAAGTCAG CCTCAGCGAC TGCCCTATCC 
GTCATGATTC CTGCAGTGGA CCCACATGGA AGCTCACCCC TTGCTAGTCC CATGTCCCCT 
CGATCCCTTT CCTCCAACCC ATCCTCGAGG GACTCTTCAC CCAGCCGGGA CTACTCACCT 
GCTGTCAGTG GCCTCCGTTC CCCAATCACC ATCCAACGCT CAGGCAAAAA ATACGGCTTC 
ACGCTGCGTG CCATCCGCGT CTACATGGGC GATTCGGATG TCTACAGTGT TCACCACATT 
GTTTGGCATG TGGAGGAAGG GGGCCCAGCC CAAGAGGCGG GTCTCTGTGC TGGGGACCTC 
ATCACGCACG TGAACGGCGA GCCGGTGCAT GGCATGGTGC ATCCTGAGGT GGTAGAGCTG 
ATCCTTAAGA GCGGCAACAA GGTGGCTGTG ACCACGACAC CCTTCGAAAA CACCTCCATC 
CGCATTGGGC CCGCCAGGCG CAGCAGCTAC AAAGCTAAAA TGGCTCGGAG GAACAAGAGA 
CCCTCGTCTA AGGATGGCCA GGAGAGCAAG AAACGCAGCT CCCTCTTCCG GAAGATCACA 
AAACAGTCAA ACCTGTTGCA TACTAGCCGC TCGCTCTCCT CGCTGAACCG GTCCCTGTCG 
TCCAGTGATA GTCTCCCCGG ATCACCCACG CACGGACTAC CGGCGCGCTC GCCCACGCAC 
AGTTACCGCT CCACGCCTGA CTCCGCCTAC CTAGGCGCCT CCTCCCAGAG CAGCTCCCCA 
GCCTCCAGCA CTCCCAACTC CCCCGCGTCC TCGGCGTCGC ACCACATCCG ACCCAGCACC 
CTGCATGGGC TGTCACCGAA GCTCCACCGC CAGTACCGCT CTGCGCGCTG CAAGTCAGCC 
GGCAACATCC CGCTGTCGCC ACTGGCGCAC ACTCCATCCC CGACGCAGGC GTCGCCGCCA 
CCGTTGCCGG GCCACACCGT GGGCAGTTCG CACACCACGC AGAGCTTCCC AGCCAAATTG 
CACTCGTCAC CGCCGGTCGT GCGCCCGCGC CCCAAGAGTG CAGAGCCGCC GCGCTCGCCG 
CTGCTCAAGC GAGTGCAGTC GGCAGAGAAG CTGGGGGCCT CACTGGGCGC AGACAAGAAG 
GGCGCACTGC GCAAACACAG CCTCGAGGTG GGCCACCCGG ATTTCCGCAA GGACTTCCAC 
GGCGAGCTGG CTCTGCATAG CCTAGCCGAG TCCGACGGCG AGACGCCTCC CATCGAGGGT 
CCTGGAGCGT CCCGGCAAGT CACAATGCGA CGCCTGGGCC GCCAGGAATC GCCCCTAAGC 
TTGGGTGCGG ACCCGTTGCT CCCTGAGGGC GCGCCCAGGC TAATGGCGTC AAGCAAGGAG 
AAGGAGTCTC CGGGAGGCGT GGAGGCCTGC ACTCCACCTC GCGCAACAAC CCCCGGGAGC 
CGGACCCTGG AGCGGGATTC CGGCTGCACG CGGCACCAGA GCGTGCAAAC TGAAGACGGC 
CAAGGCGGGG TGGCTAGGGC AGTGGCCAAG GCGGCGCTTA GTCCGGTGCA GGAACACGAG 
ACCGGCCGGC GCAGTAGCTC GGGCGAGACA GGCACACCCG TGGTGCCCAT TGTTGTGGAG 
CCCACGCGGC CAAGGGTGAA GGCCCAGGCG CTCCAGCCTC TGGGCACAGA CTCCAAGGGA 
TTGAAGGAAC CTGTACCCCT GGTGCCTCTG GTGCCTGATG CCCCAAGGGG CCGGGAGCGC 
TGGGTGCTGC AGGAGGTAGA GGAGCGGACC ACGCTGAGCG GGCCACGCTC CAAGCCTGTT 
TCCCCCAAAC TCTCCCCGGA TCCCCAGACT CCCACTCTAG CCCCAACAAA AAATGTGTCG 
GGAAATGCAG GCCCTCCAGC TCCACCCACT TCCCTCCGGG AAGTGGGGCT CACCTCCGGA 
TCCCCTGTTG AGGCTGTGAC TCCAGTAGGC CTGACCAAAA AAGGGGCACC CAGCATCGCA 
CCCTCAGGCC CGTAG

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

RefSeq	XP_008853691.1
CDS	112..4806
Translation	MSDSLWTALSNFSMPSFPGGSMFRRTKSCRTSNRKSLILTSTSPTLPRPHSPLPGHLGSSPLDSPRNFSPNTPAHFSFASSRRADGRRWSLASLPSSGYGTNTPSSTVSSSCSSQERLHQLPYQPTVDELHFLSKHFGSTESITDEDGGRRSPAVRPRSRSLSPGRSPSSYDNEIVMMNHVYKERFPKATAQMEEKLRDFARAYEPDSVLPLADGVLSFIHHQIIELARDCLTKSRDGLITTVYFYELQENLEKLLQDAYERSESLEVAFVTQLVKKLLIIISRPARLLECLEFNPEEFYHLLEAAEGHAKEGHLVKTDIPRYIIHQLGLTRDPFPDVVHLEEQDSGGSNTPEQDDISEGRSGTAKAKKPPGENDFDTIKLISNGAYGAVYLVRHRDTRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVGMFCSFETRRHLCMVMEYVEGGDCATLLKNIGALPVEMARMYFAETVLALEYLHNYGIVHRDLKPDNLLITSMGHIKLTDFGLSKMGLMSLTTNLYEGHIEKDAREFLDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVISDDILWPEGDEALPTDAQLLISSLLQTNPLVRLGAGGAFEVKQHSFFRDLDWTGLLRQKAEFIPHLESEDDTSYFDTRSDRYHHVNSYDEDDTTEEEPVEIRQFSSCSPRFSKVYSSMEQLSQHEPKTPVSTSGATKREPSAKGSEEKVAGKREGLGGLTLREKTWRGGSPEIKRFSASEACFLEGEASPPLGARRRFSALLEPSRFNAPQEDEDEVRLRRPPRPSSDPSGSLETRAPKETAQEGTPTAGDPETTEHTCPGDLCTLSKDGDPSGPRATNDLVLRRVRHQQLSGDPSVEKRPSRTGGKVIKSASATALSVMIPAVDPHGSSPLASPMSPRSLSSNPSSRDSSPSRDYSPAVSGLRSPITIQRSGKKYGFTLRAIRVYMGDSDVYSVHHIVWHVEEGGPAQEAGLCAGDLITHVNGEPVHGMVHPEVVELILKSGNKVAVTTTPFENTSIRIGPARRSSYKAKMARRNKRPSSKDGQESKKRSSLFRKITKQSNLLHTSRSLSSLNRSLSSSDSLPGSPTHGLPARSPTHSYRSTPDSAYLGASSQSSSPASSTPNSPASSASHHIRPSTLHGLSPKLHRQYRSARCKSAGNIPLSPLAHTPSPTQASPPPLPGHTVGSSHTTQSFPAKLHSSPPVVRPRPKSAEPPRSPLLKRVQSAEKLGASLGADKKGALRKHSLEVGHPDFRKDFHGELALHSLAESDGETPPIEGPGASRQVTMRRLGRQESPLSLGADPLLPEGAPRLMASSKEKESPGGVEACTPPRATTPGSRTLERDSGCTRHQSVQTEDGQGGVARAVAKAALSPVQEHETGRRSSSGETGTPVVPIVVEPTRPRVKAQALQPLGTDSKGLKEPVPLVPLVPDAPRGRERWVLQEVEERTTLSGPRSKPVSPKLSPDPQTPTLAPTKNVSGNAGPPAPPTSLREVGLTSGSPVEAVTPVGLTKKGAPSIAPSGP

Target ORF information:

RefSeq Version	XM_008855469.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X1, mRNA.

Target ORF information:

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

XM_008855469.1

ORF Insert Sequence:

ATGTCTGACT CTCTCTGGAC CGCGCTTTCC AATTTCTCGA TGCCCTCCTT CCCCGGCGGC 
AGTATGTTCC GCCGCACCAA GAGCTGCCGC ACTAGTAACC GGAAAAGCCT CATCCTGACA 
AGCACTTCGC CAACGCTGCC GCGGCCCCAC TCCCCATTGC CAGGCCACTT AGGTAGCAGT 
CCCCTGGACA GCCCCCGCAA CTTCTCTCCC AACACCCCAG CCCACTTCTC ATTTGCCTCC 
TCCCGAAGGG CTGATGGACG TCGCTGGTCG CTGGCCTCAC TCCCTTCCTC TGGCTATGGC 
ACCAACACAC CCAGTTCCAC TGTGTCGTCC TCCTGTTCCT CCCAGGAGCG TCTGCATCAA 
CTGCCCTACC AGCCCACGGT GGACGAGCTG CACTTCCTTT CCAAACACTT CGGCAGCACT 
GAGAGCATCA CGGACGAGGA TGGCGGCCGC CGCTCCCCGG CGGTGCGGCC CCGCTCGCGG 
AGCCTCAGCC CCGGCCGCTC TCCCTCCTCC TACGACAATG AAATCGTGAT GATGAACCAT 
GTGTACAAGG AGCGGTTCCC CAAGGCCACC GCACAGATGG AGGAGAAGCT GCGGGACTTT 
GCCCGCGCCT ACGAACCTGA CAGCGTGCTG CCGCTGGCGG ACGGCGTACT CAGCTTCATC 
CACCACCAGA TCATCGAGCT GGCACGGGAC TGCCTGACCA AGTCCCGCGA CGGGCTCATC 
ACCACCGTCT ACTTCTATGA ACTACAGGAG AACCTGGAGA AGCTATTGCA GGACGCCTAT 
GAACGCTCCG AGAGCTTGGA GGTGGCCTTT GTCACTCAGC TGGTGAAGAA ACTGCTCATT 
ATCATCTCTC GCCCAGCTAG GCTTCTAGAG TGCCTGGAAT TCAACCCTGA GGAGTTCTAC 
CACCTACTGG AGGCAGCAGA GGGACATGCC AAGGAGGGCC ACCTCGTCAA GACTGACATC 
CCCCGATACA TCATCCATCA GCTGGGCCTC ACCCGGGACC CCTTTCCTGA TGTGGTACAT 
CTGGAGGAAC AGGACAGTGG TGGCTCTAAC ACACCAGAGC AGGACGACAT CTCTGAGGGT 
CGCAGTGGCA CCGCCAAGGC CAAGAAGCCA CCTGGAGAGA ATGACTTTGA CACCATTAAG 
CTCATAAGCA ATGGTGCCTA CGGGGCGGTC TATCTGGTGC GGCACCGAGA CACACGGCAG 
CGCTTTGCCA TGAAGAAGAT TAACAAGCAG AACCTGATCC TCCGCAATCA GATCCAGCAG 
GCCTTCGTGG AACGCGACAT CCTGACCTTC GCAGAGAACC CCTTTGTGGT CGGCATGTTC 
TGTTCCTTCG AGACCCGCCG CCACCTCTGC ATGGTCATGG AGTATGTGGA AGGTGGTGAC 
TGTGCCACCC TACTGAAGAA CATTGGGGCA CTGCCTGTAG AGATGGCCCG CATGTACTTT 
GCAGAGACAG TGCTGGCACT AGAGTACTTG CACAACTACG GCATTGTGCA TCGTGACCTC 
AAGCCAGACA ACCTCCTCAT CACTTCCATG GGCCACATCA AACTCACGGA TTTTGGCCTC 
TCCAAGATGG GGCTCATGAG CCTGACCACC AACTTATATG AAGGTCACAT AGAGAAGGAC 
GCCCGGGAGT TCCTGGACAA ACAGGTGTGT GGGACCCCAG AGTACATCGC ACCCGAGGTC 
ATCCTGCGCC AGGGCTACGG CAAGCCAGTG GACTGGTGGG CCATGGGGAT CATACTCTAC 
GAGTTCCTGG TTGGCTGTGT GCCTTTCTTT GGGGACACCC CAGAAGAGCT CTTTGGACAA 
GTTATCAGTG ATGACATCCT GTGGCCCGAG GGGGATGAGG CCCTGCCTAC AGATGCCCAG 
CTTCTGATAT CTAGCCTTCT GCAGACCAAC CCCCTGGTCC GGCTTGGGGC AGGTGGTGCC 
TTTGAAGTGA AGCAGCATAG TTTCTTCCGA GACCTGGATT GGACAGGGCT GCTGAGGCAA 
AAGGCCGAGT TCATCCCCCA CCTAGAGTCA GAAGATGACA CCAGCTACTT TGACACCCGG 
TCAGACAGGT ATCACCATGT GAACTCCTAT GATGAGGATG ACACCACCGA GGAAGAACCT 
GTGGAGATCC GCCAGTTCTC CTCTTGCTCT CCCCGCTTCA GCAAGGTGTA CAGCAGTATG 
GAGCAGCTGT CACAACATGA GCCCAAGACC CCCGTATCAA CATCGGGGGC GACCAAGAGG 
GAGCCAAGCG CCAAGGGCTC AGAGGAGAAG GTAGCCGGCA AGCGGGAGGG ACTGGGTGGC 
CTGACTCTGC GAGAGAAGAC CTGGAGAGGG GGCTCCCCAG AGATCAAGCG CTTCTCCGCT 
TCCGAGGCCT GTTTCTTGGA GGGGGAGGCC AGTCCTCCGT TAGGAGCGCG CCGACGTTTC 
TCGGCGCTGC TGGAGCCCAG CCGCTTCAAT GCTCCTCAGG AGGACGAAGA TGAAGTCCGG 
CTCCGCAGGC CTCCCCGGCC CAGCTCCGAT CCTTCAGGCT CACTGGAGAC GCGAGCCCCC 
AAAGAGACGG CTCAAGAAGG CACCCCCACG GCTGGGGACC CCGAGACCAC TGAGCACACA 
TGCCCAGGTG ACCTCTGCAC ACTCTCAAAG GATGGGGATC CATCAGGCCC TAGGGCCACC 
AATGACCTAG TTCTGCGAAG GGTGCGCCAC CAGCAGCTGT CTGGAGATCC TTCGGTGGAG 
AAGCGACCTT CTCGAACTGG GGGCAAAGTT ATCAAGTCAG CCTCAGCGAC TGCCCTATCC 
GTCATGATTC CTGCAGTGGA CCCACATGGA AGCTCACCCC TTGCTAGTCC CATGTCCCCT 
CGATCCCTTT CCTCCAACCC ATCCTCGAGG GACTCTTCAC CCAGCCGGGA CTACTCACCT 
GCTGTCAGTG GCCTCCGTTC CCCAATCACC ATCCAACGCT CAGGCAAAAA ATACGGCTTC 
ACGCTGCGTG CCATCCGCGT CTACATGGGC GATTCGGATG TCTACAGTGT TCACCACATT 
GTTTGGCATG TGGAGGAAGG GGGCCCAGCC CAAGAGGCGG GTCTCTGTGC TGGGGACCTC 
ATCACGCACG TGAACGGCGA GCCGGTGCAT GGCATGGTGC ATCCTGAGGT GGTAGAGCTG 
ATCCTTAAGA GCGGCAACAA GGTGGCTGTG ACCACGACAC CCTTCGAAAA CACCTCCATC 
CGCATTGGGC CCGCCAGGCG CAGCAGCTAC AAAGCTAAAA TGGCTCGGAG GAACAAGAGA 
CCCTCGTCTA AGGATGGCCA GGAGAGCAAG AAACGCAGCT CCCTCTTCCG GAAGATCACA 
AAACAGTCAA ACCTGTTGCA TACTAGCCGC TCGCTCTCCT CGCTGAACCG GTCCCTGTCG 
TCCAGTGATA GTCTCCCCGG ATCACCCACG CACGGACTAC CGGCGCGCTC GCCCACGCAC 
AGTTACCGCT CCACGCCTGA CTCCGCCTAC CTAGGCGCCT CCTCCCAGAG CAGCTCCCCA 
GCCTCCAGCA CTCCCAACTC CCCCGCGTCC TCGGCGTCGC ACCACATCCG ACCCAGCACC 
CTGCATGGGC TGTCACCGAA GCTCCACCGC CAGTACCGCT CTGCGCGCTG CAAGTCAGCC 
GGCAACATCC CGCTGTCGCC ACTGGCGCAC ACTCCATCCC CGACGCAGGC GTCGCCGCCA 
CCGTTGCCGG GCCACACCGT GGGCAGTTCG CACACCACGC AGAGCTTCCC AGCCAAATTG 
CACTCGTCAC CGCCGGTCGT GCGCCCGCGC CCCAAGAGTG CAGAGCCGCC GCGCTCGCCG 
CTGCTCAAGC GAGTGCAGTC GGCAGAGAAG CTGGGGGCCT CACTGGGCGC AGACAAGAAG 
GGCGCACTGC GCAAACACAG CCTCGAGGTG GGCCACCCGG ATTTCCGCAA GGACTTCCAC 
GGCGAGCTGG CTCTGCATAG CCTAGCCGAG TCCGACGGCG AGACGCCTCC CATCGAGGGT 
CCTGGAGCGT CCCGGCAAGT CACAATGCGA CGCCTGGGCC GCCAGGAATC GCCCCTAAGC 
TTGGGTGCGG ACCCGTTGCT CCCTGAGGGC GCGCCCAGGC TAATGGCGTC AAGCAAGGAG 
AAGGAGTCTC CGGGAGGCGT GGAGGCCTGC ACTCCACCTC GCGCAACAAC CCCCGGGAGC 
CGGACCCTGG AGCGGGATTC CGGCTGCACG CGGCACCAGA GCGTGCAAAC TGAAGACGGC 
CAAGGCGGGG TGGCTAGGGC AGTGGCCAAG GCGGCGCTTA GTCCGGTGCA GGAACACGAG 
ACCGGCCGGC GCAGTAGCTC GGGCGAGACA GGCACACCCG TGGTGCCCAT TGTTGTGGAG 
CCCACGCGGC CAAGGGTGAA GGCCCAGGCG CTCCAGCCTC TGGGCACAGA CTCCAAGGGA 
TTGAAGGAAC CTGTACCCCT GGTGCCTCTG GTGCCTGATG CCCCAAGGGG CCGGGAGCGC 
TGGGTGCTGC AGGAGGTAGA GGAGCGGACC ACGCTGAGCG GGCCACGCTC CAAGCCTGTT 
TCCCCCAAAC TCTCCCCGGA TCCCCAGACT CCCACTCTAG CCCCAACAAA AAATGTGTCG 
GGAAATGCAG GCCCTCCAGC TCCACCCACT TCCCTCCGGG AAGTGGGGCT CACCTCCGGA 
TCCCCTGTTG AGGCTGTGAC TCCAGTAGGC CTGACCAAAA AAGGGGCACC CAGCATCGCA 
CCCTCAGGCC CGTAG

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

Mast1 ( XM_008855469.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008853691.1 Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X1, mRNA.

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CloneID	ONa37014
Clone ID Related Accession (Same CDS sequence)	XM_008855469.1 , XM_008855469.2
Accession Version	XM_008855469.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4695bp) 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 serine/threonine-protein kinase 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008357641.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008855469.1. ##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##

ATGTCTGACT CTCTCTGGAC CGCGCTTTCC AATTTCTCGA TGCCCTCCTT CCCCGGCGGC 
AGTATGTTCC GCCGCACCAA GAGCTGCCGC ACTAGTAACC GGAAAAGCCT CATCCTGACA 
AGCACTTCGC CAACGCTGCC GCGGCCCCAC TCCCCATTGC CAGGCCACTT AGGTAGCAGT 
CCCCTGGACA GCCCCCGCAA CTTCTCTCCC AACACCCCAG CCCACTTCTC ATTTGCCTCC 
TCCCGAAGGG CTGATGGACG TCGCTGGTCG CTGGCCTCAC TCCCTTCCTC TGGCTATGGC 
ACCAACACAC CCAGTTCCAC TGTGTCGTCC TCCTGTTCCT CCCAGGAGCG TCTGCATCAA 
CTGCCCTACC AGCCCACGGT GGACGAGCTG CACTTCCTTT CCAAACACTT CGGCAGCACT 
GAGAGCATCA CGGACGAGGA TGGCGGCCGC CGCTCCCCGG CGGTGCGGCC CCGCTCGCGG 
AGCCTCAGCC CCGGCCGCTC TCCCTCCTCC TACGACAATG AAATCGTGAT GATGAACCAT 
GTGTACAAGG AGCGGTTCCC CAAGGCCACC GCACAGATGG AGGAGAAGCT GCGGGACTTT 
GCCCGCGCCT ACGAACCTGA CAGCGTGCTG CCGCTGGCGG ACGGCGTACT CAGCTTCATC 
CACCACCAGA TCATCGAGCT GGCACGGGAC TGCCTGACCA AGTCCCGCGA CGGGCTCATC 
ACCACCGTCT ACTTCTATGA ACTACAGGAG AACCTGGAGA AGCTATTGCA GGACGCCTAT 
GAACGCTCCG AGAGCTTGGA GGTGGCCTTT GTCACTCAGC TGGTGAAGAA ACTGCTCATT 
ATCATCTCTC GCCCAGCTAG GCTTCTAGAG TGCCTGGAAT TCAACCCTGA GGAGTTCTAC 
CACCTACTGG AGGCAGCAGA GGGACATGCC AAGGAGGGCC ACCTCGTCAA GACTGACATC 
CCCCGATACA TCATCCATCA GCTGGGCCTC ACCCGGGACC CCTTTCCTGA TGTGGTACAT 
CTGGAGGAAC AGGACAGTGG TGGCTCTAAC ACACCAGAGC AGGACGACAT CTCTGAGGGT 
CGCAGTGGCA CCGCCAAGGC CAAGAAGCCA CCTGGAGAGA ATGACTTTGA CACCATTAAG 
CTCATAAGCA ATGGTGCCTA CGGGGCGGTC TATCTGGTGC GGCACCGAGA CACACGGCAG 
CGCTTTGCCA TGAAGAAGAT TAACAAGCAG AACCTGATCC TCCGCAATCA GATCCAGCAG 
GCCTTCGTGG AACGCGACAT CCTGACCTTC GCAGAGAACC CCTTTGTGGT CGGCATGTTC 
TGTTCCTTCG AGACCCGCCG CCACCTCTGC ATGGTCATGG AGTATGTGGA AGGTGGTGAC 
TGTGCCACCC TACTGAAGAA CATTGGGGCA CTGCCTGTAG AGATGGCCCG CATGTACTTT 
GCAGAGACAG TGCTGGCACT AGAGTACTTG CACAACTACG GCATTGTGCA TCGTGACCTC 
AAGCCAGACA ACCTCCTCAT CACTTCCATG GGCCACATCA AACTCACGGA TTTTGGCCTC 
TCCAAGATGG GGCTCATGAG CCTGACCACC AACTTATATG AAGGTCACAT AGAGAAGGAC 
GCCCGGGAGT TCCTGGACAA ACAGGTGTGT GGGACCCCAG AGTACATCGC ACCCGAGGTC 
ATCCTGCGCC AGGGCTACGG CAAGCCAGTG GACTGGTGGG CCATGGGGAT CATACTCTAC 
GAGTTCCTGG TTGGCTGTGT GCCTTTCTTT GGGGACACCC CAGAAGAGCT CTTTGGACAA 
GTTATCAGTG ATGACATCCT GTGGCCCGAG GGGGATGAGG CCCTGCCTAC AGATGCCCAG 
CTTCTGATAT CTAGCCTTCT GCAGACCAAC CCCCTGGTCC GGCTTGGGGC AGGTGGTGCC 
TTTGAAGTGA AGCAGCATAG TTTCTTCCGA GACCTGGATT GGACAGGGCT GCTGAGGCAA 
AAGGCCGAGT TCATCCCCCA CCTAGAGTCA GAAGATGACA CCAGCTACTT TGACACCCGG 
TCAGACAGGT ATCACCATGT GAACTCCTAT GATGAGGATG ACACCACCGA GGAAGAACCT 
GTGGAGATCC GCCAGTTCTC CTCTTGCTCT CCCCGCTTCA GCAAGGTGTA CAGCAGTATG 
GAGCAGCTGT CACAACATGA GCCCAAGACC CCCGTATCAA CATCGGGGGC GACCAAGAGG 
GAGCCAAGCG CCAAGGGCTC AGAGGAGAAG GTAGCCGGCA AGCGGGAGGG ACTGGGTGGC 
CTGACTCTGC GAGAGAAGAC CTGGAGAGGG GGCTCCCCAG AGATCAAGCG CTTCTCCGCT 
TCCGAGGCCT GTTTCTTGGA GGGGGAGGCC AGTCCTCCGT TAGGAGCGCG CCGACGTTTC 
TCGGCGCTGC TGGAGCCCAG CCGCTTCAAT GCTCCTCAGG AGGACGAAGA TGAAGTCCGG 
CTCCGCAGGC CTCCCCGGCC CAGCTCCGAT CCTTCAGGCT CACTGGAGAC GCGAGCCCCC 
AAAGAGACGG CTCAAGAAGG CACCCCCACG GCTGGGGACC CCGAGACCAC TGAGCACACA 
TGCCCAGGTG ACCTCTGCAC ACTCTCAAAG GATGGGGATC CATCAGGCCC TAGGGCCACC 
AATGACCTAG TTCTGCGAAG GGTGCGCCAC CAGCAGCTGT CTGGAGATCC TTCGGTGGAG 
AAGCGACCTT CTCGAACTGG GGGCAAAGTT ATCAAGTCAG CCTCAGCGAC TGCCCTATCC 
GTCATGATTC CTGCAGTGGA CCCACATGGA AGCTCACCCC TTGCTAGTCC CATGTCCCCT 
CGATCCCTTT CCTCCAACCC ATCCTCGAGG GACTCTTCAC CCAGCCGGGA CTACTCACCT 
GCTGTCAGTG GCCTCCGTTC CCCAATCACC ATCCAACGCT CAGGCAAAAA ATACGGCTTC 
ACGCTGCGTG CCATCCGCGT CTACATGGGC GATTCGGATG TCTACAGTGT TCACCACATT 
GTTTGGCATG TGGAGGAAGG GGGCCCAGCC CAAGAGGCGG GTCTCTGTGC TGGGGACCTC 
ATCACGCACG TGAACGGCGA GCCGGTGCAT GGCATGGTGC ATCCTGAGGT GGTAGAGCTG 
ATCCTTAAGA GCGGCAACAA GGTGGCTGTG ACCACGACAC CCTTCGAAAA CACCTCCATC 
CGCATTGGGC CCGCCAGGCG CAGCAGCTAC AAAGCTAAAA TGGCTCGGAG GAACAAGAGA 
CCCTCGTCTA AGGATGGCCA GGAGAGCAAG AAACGCAGCT CCCTCTTCCG GAAGATCACA 
AAACAGTCAA ACCTGTTGCA TACTAGCCGC TCGCTCTCCT CGCTGAACCG GTCCCTGTCG 
TCCAGTGATA GTCTCCCCGG ATCACCCACG CACGGACTAC CGGCGCGCTC GCCCACGCAC 
AGTTACCGCT CCACGCCTGA CTCCGCCTAC CTAGGCGCCT CCTCCCAGAG CAGCTCCCCA 
GCCTCCAGCA CTCCCAACTC CCCCGCGTCC TCGGCGTCGC ACCACATCCG ACCCAGCACC 
CTGCATGGGC TGTCACCGAA GCTCCACCGC CAGTACCGCT CTGCGCGCTG CAAGTCAGCC 
GGCAACATCC CGCTGTCGCC ACTGGCGCAC ACTCCATCCC CGACGCAGGC GTCGCCGCCA 
CCGTTGCCGG GCCACACCGT GGGCAGTTCG CACACCACGC AGAGCTTCCC AGCCAAATTG 
CACTCGTCAC CGCCGGTCGT GCGCCCGCGC CCCAAGAGTG CAGAGCCGCC GCGCTCGCCG 
CTGCTCAAGC GAGTGCAGTC GGCAGAGAAG CTGGGGGCCT CACTGGGCGC AGACAAGAAG 
GGCGCACTGC GCAAACACAG CCTCGAGGTG GGCCACCCGG ATTTCCGCAA GGACTTCCAC 
GGCGAGCTGG CTCTGCATAG CCTAGCCGAG TCCGACGGCG AGACGCCTCC CATCGAGGGT 
CCTGGAGCGT CCCGGCAAGT CACAATGCGA CGCCTGGGCC GCCAGGAATC GCCCCTAAGC 
TTGGGTGCGG ACCCGTTGCT CCCTGAGGGC GCGCCCAGGC TAATGGCGTC AAGCAAGGAG 
AAGGAGTCTC CGGGAGGCGT GGAGGCCTGC ACTCCACCTC GCGCAACAAC CCCCGGGAGC 
CGGACCCTGG AGCGGGATTC CGGCTGCACG CGGCACCAGA GCGTGCAAAC TGAAGACGGC 
CAAGGCGGGG TGGCTAGGGC AGTGGCCAAG GCGGCGCTTA GTCCGGTGCA GGAACACGAG 
ACCGGCCGGC GCAGTAGCTC GGGCGAGACA GGCACACCCG TGGTGCCCAT TGTTGTGGAG 
CCCACGCGGC CAAGGGTGAA GGCCCAGGCG CTCCAGCCTC TGGGCACAGA CTCCAAGGGA 
TTGAAGGAAC CTGTACCCCT GGTGCCTCTG GTGCCTGATG CCCCAAGGGG CCGGGAGCGC 
TGGGTGCTGC AGGAGGTAGA GGAGCGGACC ACGCTGAGCG GGCCACGCTC CAAGCCTGTT 
TCCCCCAAAC TCTCCCCGGA TCCCCAGACT CCCACTCTAG CCCCAACAAA AAATGTGTCG 
GGAAATGCAG GCCCTCCAGC TCCACCCACT TCCCTCCGGG AAGTGGGGCT CACCTCCGGA 
TCCCCTGTTG AGGCTGTGAC TCCAGTAGGC CTGACCAAAA AAGGGGCACC CAGCATCGCA 
CCCTCAGGCC CGTAG

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

RefSeq	XP_008853691.1
CDS	88..4782
Translation	MSDSLWTALSNFSMPSFPGGSMFRRTKSCRTSNRKSLILTSTSPTLPRPHSPLPGHLGSSPLDSPRNFSPNTPAHFSFASSRRADGRRWSLASLPSSGYGTNTPSSTVSSSCSSQERLHQLPYQPTVDELHFLSKHFGSTESITDEDGGRRSPAVRPRSRSLSPGRSPSSYDNEIVMMNHVYKERFPKATAQMEEKLRDFARAYEPDSVLPLADGVLSFIHHQIIELARDCLTKSRDGLITTVYFYELQENLEKLLQDAYERSESLEVAFVTQLVKKLLIIISRPARLLECLEFNPEEFYHLLEAAEGHAKEGHLVKTDIPRYIIHQLGLTRDPFPDVVHLEEQDSGGSNTPEQDDISEGRSGTAKAKKPPGENDFDTIKLISNGAYGAVYLVRHRDTRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVGMFCSFETRRHLCMVMEYVEGGDCATLLKNIGALPVEMARMYFAETVLALEYLHNYGIVHRDLKPDNLLITSMGHIKLTDFGLSKMGLMSLTTNLYEGHIEKDAREFLDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVISDDILWPEGDEALPTDAQLLISSLLQTNPLVRLGAGGAFEVKQHSFFRDLDWTGLLRQKAEFIPHLESEDDTSYFDTRSDRYHHVNSYDEDDTTEEEPVEIRQFSSCSPRFSKVYSSMEQLSQHEPKTPVSTSGATKREPSAKGSEEKVAGKREGLGGLTLREKTWRGGSPEIKRFSASEACFLEGEASPPLGARRRFSALLEPSRFNAPQEDEDEVRLRRPPRPSSDPSGSLETRAPKETAQEGTPTAGDPETTEHTCPGDLCTLSKDGDPSGPRATNDLVLRRVRHQQLSGDPSVEKRPSRTGGKVIKSASATALSVMIPAVDPHGSSPLASPMSPRSLSSNPSSRDSSPSRDYSPAVSGLRSPITIQRSGKKYGFTLRAIRVYMGDSDVYSVHHIVWHVEEGGPAQEAGLCAGDLITHVNGEPVHGMVHPEVVELILKSGNKVAVTTTPFENTSIRIGPARRSSYKAKMARRNKRPSSKDGQESKKRSSLFRKITKQSNLLHTSRSLSSLNRSLSSSDSLPGSPTHGLPARSPTHSYRSTPDSAYLGASSQSSSPASSTPNSPASSASHHIRPSTLHGLSPKLHRQYRSARCKSAGNIPLSPLAHTPSPTQASPPPLPGHTVGSSHTTQSFPAKLHSSPPVVRPRPKSAEPPRSPLLKRVQSAEKLGASLGADKKGALRKHSLEVGHPDFRKDFHGELALHSLAESDGETPPIEGPGASRQVTMRRLGRQESPLSLGADPLLPEGAPRLMASSKEKESPGGVEACTPPRATTPGSRTLERDSGCTRHQSVQTEDGQGGVARAVAKAALSPVQEHETGRRSSSGETGTPVVPIVVEPTRPRVKAQALQPLGTDSKGLKEPVPLVPLVPDAPRGRERWVLQEVEERTTLSGPRSKPVSPKLSPDPQTPTLAPTKNVSGNAGPPAPPTSLREVGLTSGSPVEAVTPVGLTKKGAPSIAPSGP

Target ORF information:

RefSeq Version	XM_008855469.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X1, mRNA.

Target ORF information:

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

XM_008855469.2

ORF Insert Sequence:

ATGTCTGACT CTCTCTGGAC CGCGCTTTCC AATTTCTCGA TGCCCTCCTT CCCCGGCGGC 
AGTATGTTCC GCCGCACCAA GAGCTGCCGC ACTAGTAACC GGAAAAGCCT CATCCTGACA 
AGCACTTCGC CAACGCTGCC GCGGCCCCAC TCCCCATTGC CAGGCCACTT AGGTAGCAGT 
CCCCTGGACA GCCCCCGCAA CTTCTCTCCC AACACCCCAG CCCACTTCTC ATTTGCCTCC 
TCCCGAAGGG CTGATGGACG TCGCTGGTCG CTGGCCTCAC TCCCTTCCTC TGGCTATGGC 
ACCAACACAC CCAGTTCCAC TGTGTCGTCC TCCTGTTCCT CCCAGGAGCG TCTGCATCAA 
CTGCCCTACC AGCCCACGGT GGACGAGCTG CACTTCCTTT CCAAACACTT CGGCAGCACT 
GAGAGCATCA CGGACGAGGA TGGCGGCCGC CGCTCCCCGG CGGTGCGGCC CCGCTCGCGG 
AGCCTCAGCC CCGGCCGCTC TCCCTCCTCC TACGACAATG AAATCGTGAT GATGAACCAT 
GTGTACAAGG AGCGGTTCCC CAAGGCCACC GCACAGATGG AGGAGAAGCT GCGGGACTTT 
GCCCGCGCCT ACGAACCTGA CAGCGTGCTG CCGCTGGCGG ACGGCGTACT CAGCTTCATC 
CACCACCAGA TCATCGAGCT GGCACGGGAC TGCCTGACCA AGTCCCGCGA CGGGCTCATC 
ACCACCGTCT ACTTCTATGA ACTACAGGAG AACCTGGAGA AGCTATTGCA GGACGCCTAT 
GAACGCTCCG AGAGCTTGGA GGTGGCCTTT GTCACTCAGC TGGTGAAGAA ACTGCTCATT 
ATCATCTCTC GCCCAGCTAG GCTTCTAGAG TGCCTGGAAT TCAACCCTGA GGAGTTCTAC 
CACCTACTGG AGGCAGCAGA GGGACATGCC AAGGAGGGCC ACCTCGTCAA GACTGACATC 
CCCCGATACA TCATCCATCA GCTGGGCCTC ACCCGGGACC CCTTTCCTGA TGTGGTACAT 
CTGGAGGAAC AGGACAGTGG TGGCTCTAAC ACACCAGAGC AGGACGACAT CTCTGAGGGT 
CGCAGTGGCA CCGCCAAGGC CAAGAAGCCA CCTGGAGAGA ATGACTTTGA CACCATTAAG 
CTCATAAGCA ATGGTGCCTA CGGGGCGGTC TATCTGGTGC GGCACCGAGA CACACGGCAG 
CGCTTTGCCA TGAAGAAGAT TAACAAGCAG AACCTGATCC TCCGCAATCA GATCCAGCAG 
GCCTTCGTGG AACGCGACAT CCTGACCTTC GCAGAGAACC CCTTTGTGGT CGGCATGTTC 
TGTTCCTTCG AGACCCGCCG CCACCTCTGC ATGGTCATGG AGTATGTGGA AGGTGGTGAC 
TGTGCCACCC TACTGAAGAA CATTGGGGCA CTGCCTGTAG AGATGGCCCG CATGTACTTT 
GCAGAGACAG TGCTGGCACT AGAGTACTTG CACAACTACG GCATTGTGCA TCGTGACCTC 
AAGCCAGACA ACCTCCTCAT CACTTCCATG GGCCACATCA AACTCACGGA TTTTGGCCTC 
TCCAAGATGG GGCTCATGAG CCTGACCACC AACTTATATG AAGGTCACAT AGAGAAGGAC 
GCCCGGGAGT TCCTGGACAA ACAGGTGTGT GGGACCCCAG AGTACATCGC ACCCGAGGTC 
ATCCTGCGCC AGGGCTACGG CAAGCCAGTG GACTGGTGGG CCATGGGGAT CATACTCTAC 
GAGTTCCTGG TTGGCTGTGT GCCTTTCTTT GGGGACACCC CAGAAGAGCT CTTTGGACAA 
GTTATCAGTG ATGACATCCT GTGGCCCGAG GGGGATGAGG CCCTGCCTAC AGATGCCCAG 
CTTCTGATAT CTAGCCTTCT GCAGACCAAC CCCCTGGTCC GGCTTGGGGC AGGTGGTGCC 
TTTGAAGTGA AGCAGCATAG TTTCTTCCGA GACCTGGATT GGACAGGGCT GCTGAGGCAA 
AAGGCCGAGT TCATCCCCCA CCTAGAGTCA GAAGATGACA CCAGCTACTT TGACACCCGG 
TCAGACAGGT ATCACCATGT GAACTCCTAT GATGAGGATG ACACCACCGA GGAAGAACCT 
GTGGAGATCC GCCAGTTCTC CTCTTGCTCT CCCCGCTTCA GCAAGGTGTA CAGCAGTATG 
GAGCAGCTGT CACAACATGA GCCCAAGACC CCCGTATCAA CATCGGGGGC GACCAAGAGG 
GAGCCAAGCG CCAAGGGCTC AGAGGAGAAG GTAGCCGGCA AGCGGGAGGG ACTGGGTGGC 
CTGACTCTGC GAGAGAAGAC CTGGAGAGGG GGCTCCCCAG AGATCAAGCG CTTCTCCGCT 
TCCGAGGCCT GTTTCTTGGA GGGGGAGGCC AGTCCTCCGT TAGGAGCGCG CCGACGTTTC 
TCGGCGCTGC TGGAGCCCAG CCGCTTCAAT GCTCCTCAGG AGGACGAAGA TGAAGTCCGG 
CTCCGCAGGC CTCCCCGGCC CAGCTCCGAT CCTTCAGGCT CACTGGAGAC GCGAGCCCCC 
AAAGAGACGG CTCAAGAAGG CACCCCCACG GCTGGGGACC CCGAGACCAC TGAGCACACA 
TGCCCAGGTG ACCTCTGCAC ACTCTCAAAG GATGGGGATC CATCAGGCCC TAGGGCCACC 
AATGACCTAG TTCTGCGAAG GGTGCGCCAC CAGCAGCTGT CTGGAGATCC TTCGGTGGAG 
AAGCGACCTT CTCGAACTGG GGGCAAAGTT ATCAAGTCAG CCTCAGCGAC TGCCCTATCC 
GTCATGATTC CTGCAGTGGA CCCACATGGA AGCTCACCCC TTGCTAGTCC CATGTCCCCT 
CGATCCCTTT CCTCCAACCC ATCCTCGAGG GACTCTTCAC CCAGCCGGGA CTACTCACCT 
GCTGTCAGTG GCCTCCGTTC CCCAATCACC ATCCAACGCT CAGGCAAAAA ATACGGCTTC 
ACGCTGCGTG CCATCCGCGT CTACATGGGC GATTCGGATG TCTACAGTGT TCACCACATT 
GTTTGGCATG TGGAGGAAGG GGGCCCAGCC CAAGAGGCGG GTCTCTGTGC TGGGGACCTC 
ATCACGCACG TGAACGGCGA GCCGGTGCAT GGCATGGTGC ATCCTGAGGT GGTAGAGCTG 
ATCCTTAAGA GCGGCAACAA GGTGGCTGTG ACCACGACAC CCTTCGAAAA CACCTCCATC 
CGCATTGGGC CCGCCAGGCG CAGCAGCTAC AAAGCTAAAA TGGCTCGGAG GAACAAGAGA 
CCCTCGTCTA AGGATGGCCA GGAGAGCAAG AAACGCAGCT CCCTCTTCCG GAAGATCACA 
AAACAGTCAA ACCTGTTGCA TACTAGCCGC TCGCTCTCCT CGCTGAACCG GTCCCTGTCG 
TCCAGTGATA GTCTCCCCGG ATCACCCACG CACGGACTAC CGGCGCGCTC GCCCACGCAC 
AGTTACCGCT CCACGCCTGA CTCCGCCTAC CTAGGCGCCT CCTCCCAGAG CAGCTCCCCA 
GCCTCCAGCA CTCCCAACTC CCCCGCGTCC TCGGCGTCGC ACCACATCCG ACCCAGCACC 
CTGCATGGGC TGTCACCGAA GCTCCACCGC CAGTACCGCT CTGCGCGCTG CAAGTCAGCC 
GGCAACATCC CGCTGTCGCC ACTGGCGCAC ACTCCATCCC CGACGCAGGC GTCGCCGCCA 
CCGTTGCCGG GCCACACCGT GGGCAGTTCG CACACCACGC AGAGCTTCCC AGCCAAATTG 
CACTCGTCAC CGCCGGTCGT GCGCCCGCGC CCCAAGAGTG CAGAGCCGCC GCGCTCGCCG 
CTGCTCAAGC GAGTGCAGTC GGCAGAGAAG CTGGGGGCCT CACTGGGCGC AGACAAGAAG 
GGCGCACTGC GCAAACACAG CCTCGAGGTG GGCCACCCGG ATTTCCGCAA GGACTTCCAC 
GGCGAGCTGG CTCTGCATAG CCTAGCCGAG TCCGACGGCG AGACGCCTCC CATCGAGGGT 
CCTGGAGCGT CCCGGCAAGT CACAATGCGA CGCCTGGGCC GCCAGGAATC GCCCCTAAGC 
TTGGGTGCGG ACCCGTTGCT CCCTGAGGGC GCGCCCAGGC TAATGGCGTC AAGCAAGGAG 
AAGGAGTCTC CGGGAGGCGT GGAGGCCTGC ACTCCACCTC GCGCAACAAC CCCCGGGAGC 
CGGACCCTGG AGCGGGATTC CGGCTGCACG CGGCACCAGA GCGTGCAAAC TGAAGACGGC 
CAAGGCGGGG TGGCTAGGGC AGTGGCCAAG GCGGCGCTTA GTCCGGTGCA GGAACACGAG 
ACCGGCCGGC GCAGTAGCTC GGGCGAGACA GGCACACCCG TGGTGCCCAT TGTTGTGGAG 
CCCACGCGGC CAAGGGTGAA GGCCCAGGCG CTCCAGCCTC TGGGCACAGA CTCCAAGGGA 
TTGAAGGAAC CTGTACCCCT GGTGCCTCTG GTGCCTGATG CCCCAAGGGG CCGGGAGCGC 
TGGGTGCTGC AGGAGGTAGA GGAGCGGACC ACGCTGAGCG GGCCACGCTC CAAGCCTGTT 
TCCCCCAAAC TCTCCCCGGA TCCCCAGACT CCCACTCTAG CCCCAACAAA AAATGTGTCG 
GGAAATGCAG GCCCTCCAGC TCCACCCACT TCCCTCCGGG AAGTGGGGCT CACCTCCGGA 
TCCCCTGTTG AGGCTGTGAC TCCAGTAGGC CTGACCAAAA AAGGGGCACC CAGCATCGCA 
CCCTCAGGCC CGTAG

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

Mast1 ( XM_008855470.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008853692.1 Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X2, mRNA.

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CloneID	ONa37015
Clone ID Related Accession (Same CDS sequence)	XM_008855470.3 , XM_008855470.2
Accession Version	XM_008855470.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4683bp) 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 serine/threonine-protein kinase 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008357641.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008855470.2. ##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##

ATGGACGATT CCGGCCTGAT CCGCCGCCGC AGGCTGCAGA AGGATTTACC CCTGCCCCGG 
AAAAGCAGCA GCTGCCGCAC TAGTAACCGG AAAAGCCTCA TCCTGACAAG CACTTCGCCA 
ACGCTGCCGC GGCCCCACTC CCCATTGCCA GGCCACTTAG GTAGCAGTCC CCTGGACAGC 
CCCCGCAACT TCTCTCCCAA CACCCCAGCC CACTTCTCAT TTGCCTCCTC CCGAAGGGCT 
GATGGACGTC GCTGGTCGCT GGCCTCACTC CCTTCCTCTG GCTATGGCAC CAACACACCC 
AGTTCCACTG TGTCGTCCTC CTGTTCCTCC CAGGAGCGTC TGCATCAACT GCCCTACCAG 
CCCACGGTGG ACGAGCTGCA CTTCCTTTCC AAACACTTCG GCAGCACTGA GAGCATCACG 
GACGAGGATG GCGGCCGCCG CTCCCCGGCG GTGCGGCCCC GCTCGCGGAG CCTCAGCCCC 
GGCCGCTCTC CCTCCTCCTA CGACAATGAA ATCGTGATGA TGAACCATGT GTACAAGGAG 
CGGTTCCCCA AGGCCACCGC ACAGATGGAG GAGAAGCTGC GGGACTTTGC CCGCGCCTAC 
GAACCTGACA GCGTGCTGCC GCTGGCGGAC GGCGTACTCA GCTTCATCCA CCACCAGATC 
ATCGAGCTGG CACGGGACTG CCTGACCAAG TCCCGCGACG GGCTCATCAC CACCGTCTAC 
TTCTATGAAC TACAGGAGAA CCTGGAGAAG CTATTGCAGG ACGCCTATGA ACGCTCCGAG 
AGCTTGGAGG TGGCCTTTGT CACTCAGCTG GTGAAGAAAC TGCTCATTAT CATCTCTCGC 
CCAGCTAGGC TTCTAGAGTG CCTGGAATTC AACCCTGAGG AGTTCTACCA CCTACTGGAG 
GCAGCAGAGG GACATGCCAA GGAGGGCCAC CTCGTCAAGA CTGACATCCC CCGATACATC 
ATCCATCAGC TGGGCCTCAC CCGGGACCCC TTTCCTGATG TGGTACATCT GGAGGAACAG 
GACAGTGGTG GCTCTAACAC ACCAGAGCAG GACGACATCT CTGAGGGTCG CAGTGGCACC 
GCCAAGGCCA AGAAGCCACC TGGAGAGAAT GACTTTGACA CCATTAAGCT CATAAGCAAT 
GGTGCCTACG GGGCGGTCTA TCTGGTGCGG CACCGAGACA CACGGCAGCG CTTTGCCATG 
AAGAAGATTA ACAAGCAGAA CCTGATCCTC CGCAATCAGA TCCAGCAGGC CTTCGTGGAA 
CGCGACATCC TGACCTTCGC AGAGAACCCC TTTGTGGTCG GCATGTTCTG TTCCTTCGAG 
ACCCGCCGCC ACCTCTGCAT GGTCATGGAG TATGTGGAAG GTGGTGACTG TGCCACCCTA 
CTGAAGAACA TTGGGGCACT GCCTGTAGAG ATGGCCCGCA TGTACTTTGC AGAGACAGTG 
CTGGCACTAG AGTACTTGCA CAACTACGGC ATTGTGCATC GTGACCTCAA GCCAGACAAC 
CTCCTCATCA CTTCCATGGG CCACATCAAA CTCACGGATT TTGGCCTCTC CAAGATGGGG 
CTCATGAGCC TGACCACCAA CTTATATGAA GGTCACATAG AGAAGGACGC CCGGGAGTTC 
CTGGACAAAC AGGTGTGTGG GACCCCAGAG TACATCGCAC CCGAGGTCAT CCTGCGCCAG 
GGCTACGGCA AGCCAGTGGA CTGGTGGGCC ATGGGGATCA TACTCTACGA GTTCCTGGTT 
GGCTGTGTGC CTTTCTTTGG GGACACCCCA GAAGAGCTCT TTGGACAAGT TATCAGTGAT 
GACATCCTGT GGCCCGAGGG GGATGAGGCC CTGCCTACAG ATGCCCAGCT TCTGATATCT 
AGCCTTCTGC AGACCAACCC CCTGGTCCGG CTTGGGGCAG GTGGTGCCTT TGAAGTGAAG 
CAGCATAGTT TCTTCCGAGA CCTGGATTGG ACAGGGCTGC TGAGGCAAAA GGCCGAGTTC 
ATCCCCCACC TAGAGTCAGA AGATGACACC AGCTACTTTG ACACCCGGTC AGACAGGTAT 
CACCATGTGA ACTCCTATGA TGAGGATGAC ACCACCGAGG AAGAACCTGT GGAGATCCGC 
CAGTTCTCCT CTTGCTCTCC CCGCTTCAGC AAGGTGTACA GCAGTATGGA GCAGCTGTCA 
CAACATGAGC CCAAGACCCC CGTATCAACA TCGGGGGCGA CCAAGAGGGA GCCAAGCGCC 
AAGGGCTCAG AGGAGAAGGT AGCCGGCAAG CGGGAGGGAC TGGGTGGCCT GACTCTGCGA 
GAGAAGACCT GGAGAGGGGG CTCCCCAGAG ATCAAGCGCT TCTCCGCTTC CGAGGCCTGT 
TTCTTGGAGG GGGAGGCCAG TCCTCCGTTA GGAGCGCGCC GACGTTTCTC GGCGCTGCTG 
GAGCCCAGCC GCTTCAATGC TCCTCAGGAG GACGAAGATG AAGTCCGGCT CCGCAGGCCT 
CCCCGGCCCA GCTCCGATCC TTCAGGCTCA CTGGAGACGC GAGCCCCCAA AGAGACGGCT 
CAAGAAGGCA CCCCCACGGC TGGGGACCCC GAGACCACTG AGCACACATG CCCAGGTGAC 
CTCTGCACAC TCTCAAAGGA TGGGGATCCA TCAGGCCCTA GGGCCACCAA TGACCTAGTT 
CTGCGAAGGG TGCGCCACCA GCAGCTGTCT GGAGATCCTT CGGTGGAGAA GCGACCTTCT 
CGAACTGGGG GCAAAGTTAT CAAGTCAGCC TCAGCGACTG CCCTATCCGT CATGATTCCT 
GCAGTGGACC CACATGGAAG CTCACCCCTT GCTAGTCCCA TGTCCCCTCG ATCCCTTTCC 
TCCAACCCAT CCTCGAGGGA CTCTTCACCC AGCCGGGACT ACTCACCTGC TGTCAGTGGC 
CTCCGTTCCC CAATCACCAT CCAACGCTCA GGCAAAAAAT ACGGCTTCAC GCTGCGTGCC 
ATCCGCGTCT ACATGGGCGA TTCGGATGTC TACAGTGTTC ACCACATTGT TTGGCATGTG 
GAGGAAGGGG GCCCAGCCCA AGAGGCGGGT CTCTGTGCTG GGGACCTCAT CACGCACGTG 
AACGGCGAGC CGGTGCATGG CATGGTGCAT CCTGAGGTGG TAGAGCTGAT CCTTAAGAGC 
GGCAACAAGG TGGCTGTGAC CACGACACCC TTCGAAAACA CCTCCATCCG CATTGGGCCC 
GCCAGGCGCA GCAGCTACAA AGCTAAAATG GCTCGGAGGA ACAAGAGACC CTCGTCTAAG 
GATGGCCAGG AGAGCAAGAA ACGCAGCTCC CTCTTCCGGA AGATCACAAA ACAGTCAAAC 
CTGTTGCATA CTAGCCGCTC GCTCTCCTCG CTGAACCGGT CCCTGTCGTC CAGTGATAGT 
CTCCCCGGAT CACCCACGCA CGGACTACCG GCGCGCTCGC CCACGCACAG TTACCGCTCC 
ACGCCTGACT CCGCCTACCT AGGCGCCTCC TCCCAGAGCA GCTCCCCAGC CTCCAGCACT 
CCCAACTCCC CCGCGTCCTC GGCGTCGCAC CACATCCGAC CCAGCACCCT GCATGGGCTG 
TCACCGAAGC TCCACCGCCA GTACCGCTCT GCGCGCTGCA AGTCAGCCGG CAACATCCCG 
CTGTCGCCAC TGGCGCACAC TCCATCCCCG ACGCAGGCGT CGCCGCCACC GTTGCCGGGC 
CACACCGTGG GCAGTTCGCA CACCACGCAG AGCTTCCCAG CCAAATTGCA CTCGTCACCG 
CCGGTCGTGC GCCCGCGCCC CAAGAGTGCA GAGCCGCCGC GCTCGCCGCT GCTCAAGCGA 
GTGCAGTCGG CAGAGAAGCT GGGGGCCTCA CTGGGCGCAG ACAAGAAGGG CGCACTGCGC 
AAACACAGCC TCGAGGTGGG CCACCCGGAT TTCCGCAAGG ACTTCCACGG CGAGCTGGCT 
CTGCATAGCC TAGCCGAGTC CGACGGCGAG ACGCCTCCCA TCGAGGGTCC TGGAGCGTCC 
CGGCAAGTCA CAATGCGACG CCTGGGCCGC CAGGAATCGC CCCTAAGCTT GGGTGCGGAC 
CCGTTGCTCC CTGAGGGCGC GCCCAGGCTA ATGGCGTCAA GCAAGGAGAA GGAGTCTCCG 
GGAGGCGTGG AGGCCTGCAC TCCACCTCGC GCAACAACCC CCGGGAGCCG GACCCTGGAG 
CGGGATTCCG GCTGCACGCG GCACCAGAGC GTGCAAACTG AAGACGGCCA AGGCGGGGTG 
GCTAGGGCAG TGGCCAAGGC GGCGCTTAGT CCGGTGCAGG AACACGAGAC CGGCCGGCGC 
AGTAGCTCGG GCGAGACAGG CACACCCGTG GTGCCCATTG TTGTGGAGCC CACGCGGCCA 
AGGGTGAAGG CCCAGGCGCT CCAGCCTCTG GGCACAGACT CCAAGGGATT GAAGGAACCT 
GTACCCCTGG TGCCTCTGGT GCCTGATGCC CCAAGGGGCC GGGAGCGCTG GGTGCTGCAG 
GAGGTAGAGG AGCGGACCAC GCTGAGCGGG CCACGCTCCA AGCCTGTTTC CCCCAAACTC 
TCCCCGGATC CCCAGACTCC CACTCTAGCC CCAACAAAAA ATGTGTCGGG AAATGCAGGC 
CCTCCAGCTC CACCCACTTC CCTCCGGGAA GTGGGGCTCA CCTCCGGATC CCCTGTTGAG 
GCTGTGACTC CAGTAGGCCT GACCAAAAAA GGGGCACCCA GCATCGCACC CTCAGGCCCG 
TAG

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

RefSeq	XP_008853692.1
CDS	74..4756
Translation	MDDSGLIRRRRLQKDLPLPRKSSSCRTSNRKSLILTSTSPTLPRPHSPLPGHLGSSPLDSPRNFSPNTPAHFSFASSRRADGRRWSLASLPSSGYGTNTPSSTVSSSCSSQERLHQLPYQPTVDELHFLSKHFGSTESITDEDGGRRSPAVRPRSRSLSPGRSPSSYDNEIVMMNHVYKERFPKATAQMEEKLRDFARAYEPDSVLPLADGVLSFIHHQIIELARDCLTKSRDGLITTVYFYELQENLEKLLQDAYERSESLEVAFVTQLVKKLLIIISRPARLLECLEFNPEEFYHLLEAAEGHAKEGHLVKTDIPRYIIHQLGLTRDPFPDVVHLEEQDSGGSNTPEQDDISEGRSGTAKAKKPPGENDFDTIKLISNGAYGAVYLVRHRDTRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVGMFCSFETRRHLCMVMEYVEGGDCATLLKNIGALPVEMARMYFAETVLALEYLHNYGIVHRDLKPDNLLITSMGHIKLTDFGLSKMGLMSLTTNLYEGHIEKDAREFLDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVISDDILWPEGDEALPTDAQLLISSLLQTNPLVRLGAGGAFEVKQHSFFRDLDWTGLLRQKAEFIPHLESEDDTSYFDTRSDRYHHVNSYDEDDTTEEEPVEIRQFSSCSPRFSKVYSSMEQLSQHEPKTPVSTSGATKREPSAKGSEEKVAGKREGLGGLTLREKTWRGGSPEIKRFSASEACFLEGEASPPLGARRRFSALLEPSRFNAPQEDEDEVRLRRPPRPSSDPSGSLETRAPKETAQEGTPTAGDPETTEHTCPGDLCTLSKDGDPSGPRATNDLVLRRVRHQQLSGDPSVEKRPSRTGGKVIKSASATALSVMIPAVDPHGSSPLASPMSPRSLSSNPSSRDSSPSRDYSPAVSGLRSPITIQRSGKKYGFTLRAIRVYMGDSDVYSVHHIVWHVEEGGPAQEAGLCAGDLITHVNGEPVHGMVHPEVVELILKSGNKVAVTTTPFENTSIRIGPARRSSYKAKMARRNKRPSSKDGQESKKRSSLFRKITKQSNLLHTSRSLSSLNRSLSSSDSLPGSPTHGLPARSPTHSYRSTPDSAYLGASSQSSSPASSTPNSPASSASHHIRPSTLHGLSPKLHRQYRSARCKSAGNIPLSPLAHTPSPTQASPPPLPGHTVGSSHTTQSFPAKLHSSPPVVRPRPKSAEPPRSPLLKRVQSAEKLGASLGADKKGALRKHSLEVGHPDFRKDFHGELALHSLAESDGETPPIEGPGASRQVTMRRLGRQESPLSLGADPLLPEGAPRLMASSKEKESPGGVEACTPPRATTPGSRTLERDSGCTRHQSVQTEDGQGGVARAVAKAALSPVQEHETGRRSSSGETGTPVVPIVVEPTRPRVKAQALQPLGTDSKGLKEPVPLVPLVPDAPRGRERWVLQEVEERTTLSGPRSKPVSPKLSPDPQTPTLAPTKNVSGNAGPPAPPTSLREVGLTSGSPVEAVTPVGLTKKGAPSIAPSGP

Target ORF information:

RefSeq Version	XM_008855470.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X2, mRNA.

Target ORF information:

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

XM_008855470.3

ORF Insert Sequence:

ATGGACGATT CCGGCCTGAT CCGCCGCCGC AGGCTGCAGA AGGATTTACC CCTGCCCCGG 
AAAAGCAGCA GCTGCCGCAC TAGTAACCGG AAAAGCCTCA TCCTGACAAG CACTTCGCCA 
ACGCTGCCGC GGCCCCACTC CCCATTGCCA GGCCACTTAG GTAGCAGTCC CCTGGACAGC 
CCCCGCAACT TCTCTCCCAA CACCCCAGCC CACTTCTCAT TTGCCTCCTC CCGAAGGGCT 
GATGGACGTC GCTGGTCGCT GGCCTCACTC CCTTCCTCTG GCTATGGCAC CAACACACCC 
AGTTCCACTG TGTCGTCCTC CTGTTCCTCC CAGGAGCGTC TGCATCAACT GCCCTACCAG 
CCCACGGTGG ACGAGCTGCA CTTCCTTTCC AAACACTTCG GCAGCACTGA GAGCATCACG 
GACGAGGATG GCGGCCGCCG CTCCCCGGCG GTGCGGCCCC GCTCGCGGAG CCTCAGCCCC 
GGCCGCTCTC CCTCCTCCTA CGACAATGAA ATCGTGATGA TGAACCATGT GTACAAGGAG 
CGGTTCCCCA AGGCCACCGC ACAGATGGAG GAGAAGCTGC GGGACTTTGC CCGCGCCTAC 
GAACCTGACA GCGTGCTGCC GCTGGCGGAC GGCGTACTCA GCTTCATCCA CCACCAGATC 
ATCGAGCTGG CACGGGACTG CCTGACCAAG TCCCGCGACG GGCTCATCAC CACCGTCTAC 
TTCTATGAAC TACAGGAGAA CCTGGAGAAG CTATTGCAGG ACGCCTATGA ACGCTCCGAG 
AGCTTGGAGG TGGCCTTTGT CACTCAGCTG GTGAAGAAAC TGCTCATTAT CATCTCTCGC 
CCAGCTAGGC TTCTAGAGTG CCTGGAATTC AACCCTGAGG AGTTCTACCA CCTACTGGAG 
GCAGCAGAGG GACATGCCAA GGAGGGCCAC CTCGTCAAGA CTGACATCCC CCGATACATC 
ATCCATCAGC TGGGCCTCAC CCGGGACCCC TTTCCTGATG TGGTACATCT GGAGGAACAG 
GACAGTGGTG GCTCTAACAC ACCAGAGCAG GACGACATCT CTGAGGGTCG CAGTGGCACC 
GCCAAGGCCA AGAAGCCACC TGGAGAGAAT GACTTTGACA CCATTAAGCT CATAAGCAAT 
GGTGCCTACG GGGCGGTCTA TCTGGTGCGG CACCGAGACA CACGGCAGCG CTTTGCCATG 
AAGAAGATTA ACAAGCAGAA CCTGATCCTC CGCAATCAGA TCCAGCAGGC CTTCGTGGAA 
CGCGACATCC TGACCTTCGC AGAGAACCCC TTTGTGGTCG GCATGTTCTG TTCCTTCGAG 
ACCCGCCGCC ACCTCTGCAT GGTCATGGAG TATGTGGAAG GTGGTGACTG TGCCACCCTA 
CTGAAGAACA TTGGGGCACT GCCTGTAGAG ATGGCCCGCA TGTACTTTGC AGAGACAGTG 
CTGGCACTAG AGTACTTGCA CAACTACGGC ATTGTGCATC GTGACCTCAA GCCAGACAAC 
CTCCTCATCA CTTCCATGGG CCACATCAAA CTCACGGATT TTGGCCTCTC CAAGATGGGG 
CTCATGAGCC TGACCACCAA CTTATATGAA GGTCACATAG AGAAGGACGC CCGGGAGTTC 
CTGGACAAAC AGGTGTGTGG GACCCCAGAG TACATCGCAC CCGAGGTCAT CCTGCGCCAG 
GGCTACGGCA AGCCAGTGGA CTGGTGGGCC ATGGGGATCA TACTCTACGA GTTCCTGGTT 
GGCTGTGTGC CTTTCTTTGG GGACACCCCA GAAGAGCTCT TTGGACAAGT TATCAGTGAT 
GACATCCTGT GGCCCGAGGG GGATGAGGCC CTGCCTACAG ATGCCCAGCT TCTGATATCT 
AGCCTTCTGC AGACCAACCC CCTGGTCCGG CTTGGGGCAG GTGGTGCCTT TGAAGTGAAG 
CAGCATAGTT TCTTCCGAGA CCTGGATTGG ACAGGGCTGC TGAGGCAAAA GGCCGAGTTC 
ATCCCCCACC TAGAGTCAGA AGATGACACC AGCTACTTTG ACACCCGGTC AGACAGGTAT 
CACCATGTGA ACTCCTATGA TGAGGATGAC ACCACCGAGG AAGAACCTGT GGAGATCCGC 
CAGTTCTCCT CTTGCTCTCC CCGCTTCAGC AAGGTGTACA GCAGTATGGA GCAGCTGTCA 
CAACATGAGC CCAAGACCCC CGTATCAACA TCGGGGGCGA CCAAGAGGGA GCCAAGCGCC 
AAGGGCTCAG AGGAGAAGGT AGCCGGCAAG CGGGAGGGAC TGGGTGGCCT GACTCTGCGA 
GAGAAGACCT GGAGAGGGGG CTCCCCAGAG ATCAAGCGCT TCTCCGCTTC CGAGGCCTGT 
TTCTTGGAGG GGGAGGCCAG TCCTCCGTTA GGAGCGCGCC GACGTTTCTC GGCGCTGCTG 
GAGCCCAGCC GCTTCAATGC TCCTCAGGAG GACGAAGATG AAGTCCGGCT CCGCAGGCCT 
CCCCGGCCCA GCTCCGATCC TTCAGGCTCA CTGGAGACGC GAGCCCCCAA AGAGACGGCT 
CAAGAAGGCA CCCCCACGGC TGGGGACCCC GAGACCACTG AGCACACATG CCCAGGTGAC 
CTCTGCACAC TCTCAAAGGA TGGGGATCCA TCAGGCCCTA GGGCCACCAA TGACCTAGTT 
CTGCGAAGGG TGCGCCACCA GCAGCTGTCT GGAGATCCTT CGGTGGAGAA GCGACCTTCT 
CGAACTGGGG GCAAAGTTAT CAAGTCAGCC TCAGCGACTG CCCTATCCGT CATGATTCCT 
GCAGTGGACC CACATGGAAG CTCACCCCTT GCTAGTCCCA TGTCCCCTCG ATCCCTTTCC 
TCCAACCCAT CCTCGAGGGA CTCTTCACCC AGCCGGGACT ACTCACCTGC TGTCAGTGGC 
CTCCGTTCCC CAATCACCAT CCAACGCTCA GGCAAAAAAT ACGGCTTCAC GCTGCGTGCC 
ATCCGCGTCT ACATGGGCGA TTCGGATGTC TACAGTGTTC ACCACATTGT TTGGCATGTG 
GAGGAAGGGG GCCCAGCCCA AGAGGCGGGT CTCTGTGCTG GGGACCTCAT CACGCACGTG 
AACGGCGAGC CGGTGCATGG CATGGTGCAT CCTGAGGTGG TAGAGCTGAT CCTTAAGAGC 
GGCAACAAGG TGGCTGTGAC CACGACACCC TTCGAAAACA CCTCCATCCG CATTGGGCCC 
GCCAGGCGCA GCAGCTACAA AGCTAAAATG GCTCGGAGGA ACAAGAGACC CTCGTCTAAG 
GATGGCCAGG AGAGCAAGAA ACGCAGCTCC CTCTTCCGGA AGATCACAAA ACAGTCAAAC 
CTGTTGCATA CTAGCCGCTC GCTCTCCTCG CTGAACCGGT CCCTGTCGTC CAGTGATAGT 
CTCCCCGGAT CACCCACGCA CGGACTACCG GCGCGCTCGC CCACGCACAG TTACCGCTCC 
ACGCCTGACT CCGCCTACCT AGGCGCCTCC TCCCAGAGCA GCTCCCCAGC CTCCAGCACT 
CCCAACTCCC CCGCGTCCTC GGCGTCGCAC CACATCCGAC CCAGCACCCT GCATGGGCTG 
TCACCGAAGC TCCACCGCCA GTACCGCTCT GCGCGCTGCA AGTCAGCCGG CAACATCCCG 
CTGTCGCCAC TGGCGCACAC TCCATCCCCG ACGCAGGCGT CGCCGCCACC GTTGCCGGGC 
CACACCGTGG GCAGTTCGCA CACCACGCAG AGCTTCCCAG CCAAATTGCA CTCGTCACCG 
CCGGTCGTGC GCCCGCGCCC CAAGAGTGCA GAGCCGCCGC GCTCGCCGCT GCTCAAGCGA 
GTGCAGTCGG CAGAGAAGCT GGGGGCCTCA CTGGGCGCAG ACAAGAAGGG CGCACTGCGC 
AAACACAGCC TCGAGGTGGG CCACCCGGAT TTCCGCAAGG ACTTCCACGG CGAGCTGGCT 
CTGCATAGCC TAGCCGAGTC CGACGGCGAG ACGCCTCCCA TCGAGGGTCC TGGAGCGTCC 
CGGCAAGTCA CAATGCGACG CCTGGGCCGC CAGGAATCGC CCCTAAGCTT GGGTGCGGAC 
CCGTTGCTCC CTGAGGGCGC GCCCAGGCTA ATGGCGTCAA GCAAGGAGAA GGAGTCTCCG 
GGAGGCGTGG AGGCCTGCAC TCCACCTCGC GCAACAACCC CCGGGAGCCG GACCCTGGAG 
CGGGATTCCG GCTGCACGCG GCACCAGAGC GTGCAAACTG AAGACGGCCA AGGCGGGGTG 
GCTAGGGCAG TGGCCAAGGC GGCGCTTAGT CCGGTGCAGG AACACGAGAC CGGCCGGCGC 
AGTAGCTCGG GCGAGACAGG CACACCCGTG GTGCCCATTG TTGTGGAGCC CACGCGGCCA 
AGGGTGAAGG CCCAGGCGCT CCAGCCTCTG GGCACAGACT CCAAGGGATT GAAGGAACCT 
GTACCCCTGG TGCCTCTGGT GCCTGATGCC CCAAGGGGCC GGGAGCGCTG GGTGCTGCAG 
GAGGTAGAGG AGCGGACCAC GCTGAGCGGG CCACGCTCCA AGCCTGTTTC CCCCAAACTC 
TCCCCGGATC CCCAGACTCC CACTCTAGCC CCAACAAAAA ATGTGTCGGG AAATGCAGGC 
CCTCCAGCTC CACCCACTTC CCTCCGGGAA GTGGGGCTCA CCTCCGGATC CCCTGTTGAG 
GCTGTGACTC CAGTAGGCCT GACCAAAAAA GGGGCACCCA GCATCGCACC CTCAGGCCCG 
TAG

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

Mast1 ( XM_008855470.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008853692.1 Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X2, mRNA.

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CloneID	ONa37015
Clone ID Related Accession (Same CDS sequence)	XM_008855470.3 , XM_008855470.2
Accession Version	XM_008855470.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4683bp) 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 serine/threonine-protein kinase 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008357641.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008855470.1. ##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##

ATGGACGATT CCGGCCTGAT CCGCCGCCGC AGGCTGCAGA AGGATTTACC CCTGCCCCGG 
AAAAGCAGCA GCTGCCGCAC TAGTAACCGG AAAAGCCTCA TCCTGACAAG CACTTCGCCA 
ACGCTGCCGC GGCCCCACTC CCCATTGCCA GGCCACTTAG GTAGCAGTCC CCTGGACAGC 
CCCCGCAACT TCTCTCCCAA CACCCCAGCC CACTTCTCAT TTGCCTCCTC CCGAAGGGCT 
GATGGACGTC GCTGGTCGCT GGCCTCACTC CCTTCCTCTG GCTATGGCAC CAACACACCC 
AGTTCCACTG TGTCGTCCTC CTGTTCCTCC CAGGAGCGTC TGCATCAACT GCCCTACCAG 
CCCACGGTGG ACGAGCTGCA CTTCCTTTCC AAACACTTCG GCAGCACTGA GAGCATCACG 
GACGAGGATG GCGGCCGCCG CTCCCCGGCG GTGCGGCCCC GCTCGCGGAG CCTCAGCCCC 
GGCCGCTCTC CCTCCTCCTA CGACAATGAA ATCGTGATGA TGAACCATGT GTACAAGGAG 
CGGTTCCCCA AGGCCACCGC ACAGATGGAG GAGAAGCTGC GGGACTTTGC CCGCGCCTAC 
GAACCTGACA GCGTGCTGCC GCTGGCGGAC GGCGTACTCA GCTTCATCCA CCACCAGATC 
ATCGAGCTGG CACGGGACTG CCTGACCAAG TCCCGCGACG GGCTCATCAC CACCGTCTAC 
TTCTATGAAC TACAGGAGAA CCTGGAGAAG CTATTGCAGG ACGCCTATGA ACGCTCCGAG 
AGCTTGGAGG TGGCCTTTGT CACTCAGCTG GTGAAGAAAC TGCTCATTAT CATCTCTCGC 
CCAGCTAGGC TTCTAGAGTG CCTGGAATTC AACCCTGAGG AGTTCTACCA CCTACTGGAG 
GCAGCAGAGG GACATGCCAA GGAGGGCCAC CTCGTCAAGA CTGACATCCC CCGATACATC 
ATCCATCAGC TGGGCCTCAC CCGGGACCCC TTTCCTGATG TGGTACATCT GGAGGAACAG 
GACAGTGGTG GCTCTAACAC ACCAGAGCAG GACGACATCT CTGAGGGTCG CAGTGGCACC 
GCCAAGGCCA AGAAGCCACC TGGAGAGAAT GACTTTGACA CCATTAAGCT CATAAGCAAT 
GGTGCCTACG GGGCGGTCTA TCTGGTGCGG CACCGAGACA CACGGCAGCG CTTTGCCATG 
AAGAAGATTA ACAAGCAGAA CCTGATCCTC CGCAATCAGA TCCAGCAGGC CTTCGTGGAA 
CGCGACATCC TGACCTTCGC AGAGAACCCC TTTGTGGTCG GCATGTTCTG TTCCTTCGAG 
ACCCGCCGCC ACCTCTGCAT GGTCATGGAG TATGTGGAAG GTGGTGACTG TGCCACCCTA 
CTGAAGAACA TTGGGGCACT GCCTGTAGAG ATGGCCCGCA TGTACTTTGC AGAGACAGTG 
CTGGCACTAG AGTACTTGCA CAACTACGGC ATTGTGCATC GTGACCTCAA GCCAGACAAC 
CTCCTCATCA CTTCCATGGG CCACATCAAA CTCACGGATT TTGGCCTCTC CAAGATGGGG 
CTCATGAGCC TGACCACCAA CTTATATGAA GGTCACATAG AGAAGGACGC CCGGGAGTTC 
CTGGACAAAC AGGTGTGTGG GACCCCAGAG TACATCGCAC CCGAGGTCAT CCTGCGCCAG 
GGCTACGGCA AGCCAGTGGA CTGGTGGGCC ATGGGGATCA TACTCTACGA GTTCCTGGTT 
GGCTGTGTGC CTTTCTTTGG GGACACCCCA GAAGAGCTCT TTGGACAAGT TATCAGTGAT 
GACATCCTGT GGCCCGAGGG GGATGAGGCC CTGCCTACAG ATGCCCAGCT TCTGATATCT 
AGCCTTCTGC AGACCAACCC CCTGGTCCGG CTTGGGGCAG GTGGTGCCTT TGAAGTGAAG 
CAGCATAGTT TCTTCCGAGA CCTGGATTGG ACAGGGCTGC TGAGGCAAAA GGCCGAGTTC 
ATCCCCCACC TAGAGTCAGA AGATGACACC AGCTACTTTG ACACCCGGTC AGACAGGTAT 
CACCATGTGA ACTCCTATGA TGAGGATGAC ACCACCGAGG AAGAACCTGT GGAGATCCGC 
CAGTTCTCCT CTTGCTCTCC CCGCTTCAGC AAGGTGTACA GCAGTATGGA GCAGCTGTCA 
CAACATGAGC CCAAGACCCC CGTATCAACA TCGGGGGCGA CCAAGAGGGA GCCAAGCGCC 
AAGGGCTCAG AGGAGAAGGT AGCCGGCAAG CGGGAGGGAC TGGGTGGCCT GACTCTGCGA 
GAGAAGACCT GGAGAGGGGG CTCCCCAGAG ATCAAGCGCT TCTCCGCTTC CGAGGCCTGT 
TTCTTGGAGG GGGAGGCCAG TCCTCCGTTA GGAGCGCGCC GACGTTTCTC GGCGCTGCTG 
GAGCCCAGCC GCTTCAATGC TCCTCAGGAG GACGAAGATG AAGTCCGGCT CCGCAGGCCT 
CCCCGGCCCA GCTCCGATCC TTCAGGCTCA CTGGAGACGC GAGCCCCCAA AGAGACGGCT 
CAAGAAGGCA CCCCCACGGC TGGGGACCCC GAGACCACTG AGCACACATG CCCAGGTGAC 
CTCTGCACAC TCTCAAAGGA TGGGGATCCA TCAGGCCCTA GGGCCACCAA TGACCTAGTT 
CTGCGAAGGG TGCGCCACCA GCAGCTGTCT GGAGATCCTT CGGTGGAGAA GCGACCTTCT 
CGAACTGGGG GCAAAGTTAT CAAGTCAGCC TCAGCGACTG CCCTATCCGT CATGATTCCT 
GCAGTGGACC CACATGGAAG CTCACCCCTT GCTAGTCCCA TGTCCCCTCG ATCCCTTTCC 
TCCAACCCAT CCTCGAGGGA CTCTTCACCC AGCCGGGACT ACTCACCTGC TGTCAGTGGC 
CTCCGTTCCC CAATCACCAT CCAACGCTCA GGCAAAAAAT ACGGCTTCAC GCTGCGTGCC 
ATCCGCGTCT ACATGGGCGA TTCGGATGTC TACAGTGTTC ACCACATTGT TTGGCATGTG 
GAGGAAGGGG GCCCAGCCCA AGAGGCGGGT CTCTGTGCTG GGGACCTCAT CACGCACGTG 
AACGGCGAGC CGGTGCATGG CATGGTGCAT CCTGAGGTGG TAGAGCTGAT CCTTAAGAGC 
GGCAACAAGG TGGCTGTGAC CACGACACCC TTCGAAAACA CCTCCATCCG CATTGGGCCC 
GCCAGGCGCA GCAGCTACAA AGCTAAAATG GCTCGGAGGA ACAAGAGACC CTCGTCTAAG 
GATGGCCAGG AGAGCAAGAA ACGCAGCTCC CTCTTCCGGA AGATCACAAA ACAGTCAAAC 
CTGTTGCATA CTAGCCGCTC GCTCTCCTCG CTGAACCGGT CCCTGTCGTC CAGTGATAGT 
CTCCCCGGAT CACCCACGCA CGGACTACCG GCGCGCTCGC CCACGCACAG TTACCGCTCC 
ACGCCTGACT CCGCCTACCT AGGCGCCTCC TCCCAGAGCA GCTCCCCAGC CTCCAGCACT 
CCCAACTCCC CCGCGTCCTC GGCGTCGCAC CACATCCGAC CCAGCACCCT GCATGGGCTG 
TCACCGAAGC TCCACCGCCA GTACCGCTCT GCGCGCTGCA AGTCAGCCGG CAACATCCCG 
CTGTCGCCAC TGGCGCACAC TCCATCCCCG ACGCAGGCGT CGCCGCCACC GTTGCCGGGC 
CACACCGTGG GCAGTTCGCA CACCACGCAG AGCTTCCCAG CCAAATTGCA CTCGTCACCG 
CCGGTCGTGC GCCCGCGCCC CAAGAGTGCA GAGCCGCCGC GCTCGCCGCT GCTCAAGCGA 
GTGCAGTCGG CAGAGAAGCT GGGGGCCTCA CTGGGCGCAG ACAAGAAGGG CGCACTGCGC 
AAACACAGCC TCGAGGTGGG CCACCCGGAT TTCCGCAAGG ACTTCCACGG CGAGCTGGCT 
CTGCATAGCC TAGCCGAGTC CGACGGCGAG ACGCCTCCCA TCGAGGGTCC TGGAGCGTCC 
CGGCAAGTCA CAATGCGACG CCTGGGCCGC CAGGAATCGC CCCTAAGCTT GGGTGCGGAC 
CCGTTGCTCC CTGAGGGCGC GCCCAGGCTA ATGGCGTCAA GCAAGGAGAA GGAGTCTCCG 
GGAGGCGTGG AGGCCTGCAC TCCACCTCGC GCAACAACCC CCGGGAGCCG GACCCTGGAG 
CGGGATTCCG GCTGCACGCG GCACCAGAGC GTGCAAACTG AAGACGGCCA AGGCGGGGTG 
GCTAGGGCAG TGGCCAAGGC GGCGCTTAGT CCGGTGCAGG AACACGAGAC CGGCCGGCGC 
AGTAGCTCGG GCGAGACAGG CACACCCGTG GTGCCCATTG TTGTGGAGCC CACGCGGCCA 
AGGGTGAAGG CCCAGGCGCT CCAGCCTCTG GGCACAGACT CCAAGGGATT GAAGGAACCT 
GTACCCCTGG TGCCTCTGGT GCCTGATGCC CCAAGGGGCC GGGAGCGCTG GGTGCTGCAG 
GAGGTAGAGG AGCGGACCAC GCTGAGCGGG CCACGCTCCA AGCCTGTTTC CCCCAAACTC 
TCCCCGGATC CCCAGACTCC CACTCTAGCC CCAACAAAAA ATGTGTCGGG AAATGCAGGC 
CCTCCAGCTC CACCCACTTC CCTCCGGGAA GTGGGGCTCA CCTCCGGATC CCCTGTTGAG 
GCTGTGACTC CAGTAGGCCT GACCAAAAAA GGGGCACCCA GCATCGCACC CTCAGGCCCG 
TAG

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

RefSeq	XP_008853692.1
CDS	73..4755
Translation	MDDSGLIRRRRLQKDLPLPRKSSSCRTSNRKSLILTSTSPTLPRPHSPLPGHLGSSPLDSPRNFSPNTPAHFSFASSRRADGRRWSLASLPSSGYGTNTPSSTVSSSCSSQERLHQLPYQPTVDELHFLSKHFGSTESITDEDGGRRSPAVRPRSRSLSPGRSPSSYDNEIVMMNHVYKERFPKATAQMEEKLRDFARAYEPDSVLPLADGVLSFIHHQIIELARDCLTKSRDGLITTVYFYELQENLEKLLQDAYERSESLEVAFVTQLVKKLLIIISRPARLLECLEFNPEEFYHLLEAAEGHAKEGHLVKTDIPRYIIHQLGLTRDPFPDVVHLEEQDSGGSNTPEQDDISEGRSGTAKAKKPPGENDFDTIKLISNGAYGAVYLVRHRDTRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVGMFCSFETRRHLCMVMEYVEGGDCATLLKNIGALPVEMARMYFAETVLALEYLHNYGIVHRDLKPDNLLITSMGHIKLTDFGLSKMGLMSLTTNLYEGHIEKDAREFLDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVISDDILWPEGDEALPTDAQLLISSLLQTNPLVRLGAGGAFEVKQHSFFRDLDWTGLLRQKAEFIPHLESEDDTSYFDTRSDRYHHVNSYDEDDTTEEEPVEIRQFSSCSPRFSKVYSSMEQLSQHEPKTPVSTSGATKREPSAKGSEEKVAGKREGLGGLTLREKTWRGGSPEIKRFSASEACFLEGEASPPLGARRRFSALLEPSRFNAPQEDEDEVRLRRPPRPSSDPSGSLETRAPKETAQEGTPTAGDPETTEHTCPGDLCTLSKDGDPSGPRATNDLVLRRVRHQQLSGDPSVEKRPSRTGGKVIKSASATALSVMIPAVDPHGSSPLASPMSPRSLSSNPSSRDSSPSRDYSPAVSGLRSPITIQRSGKKYGFTLRAIRVYMGDSDVYSVHHIVWHVEEGGPAQEAGLCAGDLITHVNGEPVHGMVHPEVVELILKSGNKVAVTTTPFENTSIRIGPARRSSYKAKMARRNKRPSSKDGQESKKRSSLFRKITKQSNLLHTSRSLSSLNRSLSSSDSLPGSPTHGLPARSPTHSYRSTPDSAYLGASSQSSSPASSTPNSPASSASHHIRPSTLHGLSPKLHRQYRSARCKSAGNIPLSPLAHTPSPTQASPPPLPGHTVGSSHTTQSFPAKLHSSPPVVRPRPKSAEPPRSPLLKRVQSAEKLGASLGADKKGALRKHSLEVGHPDFRKDFHGELALHSLAESDGETPPIEGPGASRQVTMRRLGRQESPLSLGADPLLPEGAPRLMASSKEKESPGGVEACTPPRATTPGSRTLERDSGCTRHQSVQTEDGQGGVARAVAKAALSPVQEHETGRRSSSGETGTPVVPIVVEPTRPRVKAQALQPLGTDSKGLKEPVPLVPLVPDAPRGRERWVLQEVEERTTLSGPRSKPVSPKLSPDPQTPTLAPTKNVSGNAGPPAPPTSLREVGLTSGSPVEAVTPVGLTKKGAPSIAPSGP

Target ORF information:

RefSeq Version	XM_008855470.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X2, mRNA.

Target ORF information:

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

XM_008855470.2

ORF Insert Sequence:

ATGGACGATT CCGGCCTGAT CCGCCGCCGC AGGCTGCAGA AGGATTTACC CCTGCCCCGG 
AAAAGCAGCA GCTGCCGCAC TAGTAACCGG AAAAGCCTCA TCCTGACAAG CACTTCGCCA 
ACGCTGCCGC GGCCCCACTC CCCATTGCCA GGCCACTTAG GTAGCAGTCC CCTGGACAGC 
CCCCGCAACT TCTCTCCCAA CACCCCAGCC CACTTCTCAT TTGCCTCCTC CCGAAGGGCT 
GATGGACGTC GCTGGTCGCT GGCCTCACTC CCTTCCTCTG GCTATGGCAC CAACACACCC 
AGTTCCACTG TGTCGTCCTC CTGTTCCTCC CAGGAGCGTC TGCATCAACT GCCCTACCAG 
CCCACGGTGG ACGAGCTGCA CTTCCTTTCC AAACACTTCG GCAGCACTGA GAGCATCACG 
GACGAGGATG GCGGCCGCCG CTCCCCGGCG GTGCGGCCCC GCTCGCGGAG CCTCAGCCCC 
GGCCGCTCTC CCTCCTCCTA CGACAATGAA ATCGTGATGA TGAACCATGT GTACAAGGAG 
CGGTTCCCCA AGGCCACCGC ACAGATGGAG GAGAAGCTGC GGGACTTTGC CCGCGCCTAC 
GAACCTGACA GCGTGCTGCC GCTGGCGGAC GGCGTACTCA GCTTCATCCA CCACCAGATC 
ATCGAGCTGG CACGGGACTG CCTGACCAAG TCCCGCGACG GGCTCATCAC CACCGTCTAC 
TTCTATGAAC TACAGGAGAA CCTGGAGAAG CTATTGCAGG ACGCCTATGA ACGCTCCGAG 
AGCTTGGAGG TGGCCTTTGT CACTCAGCTG GTGAAGAAAC TGCTCATTAT CATCTCTCGC 
CCAGCTAGGC TTCTAGAGTG CCTGGAATTC AACCCTGAGG AGTTCTACCA CCTACTGGAG 
GCAGCAGAGG GACATGCCAA GGAGGGCCAC CTCGTCAAGA CTGACATCCC CCGATACATC 
ATCCATCAGC TGGGCCTCAC CCGGGACCCC TTTCCTGATG TGGTACATCT GGAGGAACAG 
GACAGTGGTG GCTCTAACAC ACCAGAGCAG GACGACATCT CTGAGGGTCG CAGTGGCACC 
GCCAAGGCCA AGAAGCCACC TGGAGAGAAT GACTTTGACA CCATTAAGCT CATAAGCAAT 
GGTGCCTACG GGGCGGTCTA TCTGGTGCGG CACCGAGACA CACGGCAGCG CTTTGCCATG 
AAGAAGATTA ACAAGCAGAA CCTGATCCTC CGCAATCAGA TCCAGCAGGC CTTCGTGGAA 
CGCGACATCC TGACCTTCGC AGAGAACCCC TTTGTGGTCG GCATGTTCTG TTCCTTCGAG 
ACCCGCCGCC ACCTCTGCAT GGTCATGGAG TATGTGGAAG GTGGTGACTG TGCCACCCTA 
CTGAAGAACA TTGGGGCACT GCCTGTAGAG ATGGCCCGCA TGTACTTTGC AGAGACAGTG 
CTGGCACTAG AGTACTTGCA CAACTACGGC ATTGTGCATC GTGACCTCAA GCCAGACAAC 
CTCCTCATCA CTTCCATGGG CCACATCAAA CTCACGGATT TTGGCCTCTC CAAGATGGGG 
CTCATGAGCC TGACCACCAA CTTATATGAA GGTCACATAG AGAAGGACGC CCGGGAGTTC 
CTGGACAAAC AGGTGTGTGG GACCCCAGAG TACATCGCAC CCGAGGTCAT CCTGCGCCAG 
GGCTACGGCA AGCCAGTGGA CTGGTGGGCC ATGGGGATCA TACTCTACGA GTTCCTGGTT 
GGCTGTGTGC CTTTCTTTGG GGACACCCCA GAAGAGCTCT TTGGACAAGT TATCAGTGAT 
GACATCCTGT GGCCCGAGGG GGATGAGGCC CTGCCTACAG ATGCCCAGCT TCTGATATCT 
AGCCTTCTGC AGACCAACCC CCTGGTCCGG CTTGGGGCAG GTGGTGCCTT TGAAGTGAAG 
CAGCATAGTT TCTTCCGAGA CCTGGATTGG ACAGGGCTGC TGAGGCAAAA GGCCGAGTTC 
ATCCCCCACC TAGAGTCAGA AGATGACACC AGCTACTTTG ACACCCGGTC AGACAGGTAT 
CACCATGTGA ACTCCTATGA TGAGGATGAC ACCACCGAGG AAGAACCTGT GGAGATCCGC 
CAGTTCTCCT CTTGCTCTCC CCGCTTCAGC AAGGTGTACA GCAGTATGGA GCAGCTGTCA 
CAACATGAGC CCAAGACCCC CGTATCAACA TCGGGGGCGA CCAAGAGGGA GCCAAGCGCC 
AAGGGCTCAG AGGAGAAGGT AGCCGGCAAG CGGGAGGGAC TGGGTGGCCT GACTCTGCGA 
GAGAAGACCT GGAGAGGGGG CTCCCCAGAG ATCAAGCGCT TCTCCGCTTC CGAGGCCTGT 
TTCTTGGAGG GGGAGGCCAG TCCTCCGTTA GGAGCGCGCC GACGTTTCTC GGCGCTGCTG 
GAGCCCAGCC GCTTCAATGC TCCTCAGGAG GACGAAGATG AAGTCCGGCT CCGCAGGCCT 
CCCCGGCCCA GCTCCGATCC TTCAGGCTCA CTGGAGACGC GAGCCCCCAA AGAGACGGCT 
CAAGAAGGCA CCCCCACGGC TGGGGACCCC GAGACCACTG AGCACACATG CCCAGGTGAC 
CTCTGCACAC TCTCAAAGGA TGGGGATCCA TCAGGCCCTA GGGCCACCAA TGACCTAGTT 
CTGCGAAGGG TGCGCCACCA GCAGCTGTCT GGAGATCCTT CGGTGGAGAA GCGACCTTCT 
CGAACTGGGG GCAAAGTTAT CAAGTCAGCC TCAGCGACTG CCCTATCCGT CATGATTCCT 
GCAGTGGACC CACATGGAAG CTCACCCCTT GCTAGTCCCA TGTCCCCTCG ATCCCTTTCC 
TCCAACCCAT CCTCGAGGGA CTCTTCACCC AGCCGGGACT ACTCACCTGC TGTCAGTGGC 
CTCCGTTCCC CAATCACCAT CCAACGCTCA GGCAAAAAAT ACGGCTTCAC GCTGCGTGCC 
ATCCGCGTCT ACATGGGCGA TTCGGATGTC TACAGTGTTC ACCACATTGT TTGGCATGTG 
GAGGAAGGGG GCCCAGCCCA AGAGGCGGGT CTCTGTGCTG GGGACCTCAT CACGCACGTG 
AACGGCGAGC CGGTGCATGG CATGGTGCAT CCTGAGGTGG TAGAGCTGAT CCTTAAGAGC 
GGCAACAAGG TGGCTGTGAC CACGACACCC TTCGAAAACA CCTCCATCCG CATTGGGCCC 
GCCAGGCGCA GCAGCTACAA AGCTAAAATG GCTCGGAGGA ACAAGAGACC CTCGTCTAAG 
GATGGCCAGG AGAGCAAGAA ACGCAGCTCC CTCTTCCGGA AGATCACAAA ACAGTCAAAC 
CTGTTGCATA CTAGCCGCTC GCTCTCCTCG CTGAACCGGT CCCTGTCGTC CAGTGATAGT 
CTCCCCGGAT CACCCACGCA CGGACTACCG GCGCGCTCGC CCACGCACAG TTACCGCTCC 
ACGCCTGACT CCGCCTACCT AGGCGCCTCC TCCCAGAGCA GCTCCCCAGC CTCCAGCACT 
CCCAACTCCC CCGCGTCCTC GGCGTCGCAC CACATCCGAC CCAGCACCCT GCATGGGCTG 
TCACCGAAGC TCCACCGCCA GTACCGCTCT GCGCGCTGCA AGTCAGCCGG CAACATCCCG 
CTGTCGCCAC TGGCGCACAC TCCATCCCCG ACGCAGGCGT CGCCGCCACC GTTGCCGGGC 
CACACCGTGG GCAGTTCGCA CACCACGCAG AGCTTCCCAG CCAAATTGCA CTCGTCACCG 
CCGGTCGTGC GCCCGCGCCC CAAGAGTGCA GAGCCGCCGC GCTCGCCGCT GCTCAAGCGA 
GTGCAGTCGG CAGAGAAGCT GGGGGCCTCA CTGGGCGCAG ACAAGAAGGG CGCACTGCGC 
AAACACAGCC TCGAGGTGGG CCACCCGGAT TTCCGCAAGG ACTTCCACGG CGAGCTGGCT 
CTGCATAGCC TAGCCGAGTC CGACGGCGAG ACGCCTCCCA TCGAGGGTCC TGGAGCGTCC 
CGGCAAGTCA CAATGCGACG CCTGGGCCGC CAGGAATCGC CCCTAAGCTT GGGTGCGGAC 
CCGTTGCTCC CTGAGGGCGC GCCCAGGCTA ATGGCGTCAA GCAAGGAGAA GGAGTCTCCG 
GGAGGCGTGG AGGCCTGCAC TCCACCTCGC GCAACAACCC CCGGGAGCCG GACCCTGGAG 
CGGGATTCCG GCTGCACGCG GCACCAGAGC GTGCAAACTG AAGACGGCCA AGGCGGGGTG 
GCTAGGGCAG TGGCCAAGGC GGCGCTTAGT CCGGTGCAGG AACACGAGAC CGGCCGGCGC 
AGTAGCTCGG GCGAGACAGG CACACCCGTG GTGCCCATTG TTGTGGAGCC CACGCGGCCA 
AGGGTGAAGG CCCAGGCGCT CCAGCCTCTG GGCACAGACT CCAAGGGATT GAAGGAACCT 
GTACCCCTGG TGCCTCTGGT GCCTGATGCC CCAAGGGGCC GGGAGCGCTG GGTGCTGCAG 
GAGGTAGAGG AGCGGACCAC GCTGAGCGGG CCACGCTCCA AGCCTGTTTC CCCCAAACTC 
TCCCCGGATC CCCAGACTCC CACTCTAGCC CCAACAAAAA ATGTGTCGGG AAATGCAGGC 
CCTCCAGCTC CACCCACTTC CCTCCGGGAA GTGGGGCTCA CCTCCGGATC CCCTGTTGAG 
GCTGTGACTC CAGTAGGCCT GACCAAAAAA GGGGCACCCA GCATCGCACC CTCAGGCCCG 
TAG

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

Mast1 ( XM_008855471.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008853693.1 Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	ONa37016
Clone ID Related Accession (Same CDS sequence)	XM_008855471.3 , XM_008855471.2
Accession Version	XM_008855471.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4680bp) 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 serine/threonine-protein kinase 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008357641.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008855471.2. ##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##

ATGGACGATT CCGGCCTGAT CCGCCGCCGC AGGCTGCAGG ATTTACCCCT GCCCCGGAAA 
AGCAGCAGCT GCCGCACTAG TAACCGGAAA AGCCTCATCC TGACAAGCAC TTCGCCAACG 
CTGCCGCGGC CCCACTCCCC ATTGCCAGGC CACTTAGGTA GCAGTCCCCT GGACAGCCCC 
CGCAACTTCT CTCCCAACAC CCCAGCCCAC TTCTCATTTG CCTCCTCCCG AAGGGCTGAT 
GGACGTCGCT GGTCGCTGGC CTCACTCCCT TCCTCTGGCT ATGGCACCAA CACACCCAGT 
TCCACTGTGT CGTCCTCCTG TTCCTCCCAG GAGCGTCTGC ATCAACTGCC CTACCAGCCC 
ACGGTGGACG AGCTGCACTT CCTTTCCAAA CACTTCGGCA GCACTGAGAG CATCACGGAC 
GAGGATGGCG GCCGCCGCTC CCCGGCGGTG CGGCCCCGCT CGCGGAGCCT CAGCCCCGGC 
CGCTCTCCCT CCTCCTACGA CAATGAAATC GTGATGATGA ACCATGTGTA CAAGGAGCGG 
TTCCCCAAGG CCACCGCACA GATGGAGGAG AAGCTGCGGG ACTTTGCCCG CGCCTACGAA 
CCTGACAGCG TGCTGCCGCT GGCGGACGGC GTACTCAGCT TCATCCACCA CCAGATCATC 
GAGCTGGCAC GGGACTGCCT GACCAAGTCC CGCGACGGGC TCATCACCAC CGTCTACTTC 
TATGAACTAC AGGAGAACCT GGAGAAGCTA TTGCAGGACG CCTATGAACG CTCCGAGAGC 
TTGGAGGTGG CCTTTGTCAC TCAGCTGGTG AAGAAACTGC TCATTATCAT CTCTCGCCCA 
GCTAGGCTTC TAGAGTGCCT GGAATTCAAC CCTGAGGAGT TCTACCACCT ACTGGAGGCA 
GCAGAGGGAC ATGCCAAGGA GGGCCACCTC GTCAAGACTG ACATCCCCCG ATACATCATC 
CATCAGCTGG GCCTCACCCG GGACCCCTTT CCTGATGTGG TACATCTGGA GGAACAGGAC 
AGTGGTGGCT CTAACACACC AGAGCAGGAC GACATCTCTG AGGGTCGCAG TGGCACCGCC 
AAGGCCAAGA AGCCACCTGG AGAGAATGAC TTTGACACCA TTAAGCTCAT AAGCAATGGT 
GCCTACGGGG CGGTCTATCT GGTGCGGCAC CGAGACACAC GGCAGCGCTT TGCCATGAAG 
AAGATTAACA AGCAGAACCT GATCCTCCGC AATCAGATCC AGCAGGCCTT CGTGGAACGC 
GACATCCTGA CCTTCGCAGA GAACCCCTTT GTGGTCGGCA TGTTCTGTTC CTTCGAGACC 
CGCCGCCACC TCTGCATGGT CATGGAGTAT GTGGAAGGTG GTGACTGTGC CACCCTACTG 
AAGAACATTG GGGCACTGCC TGTAGAGATG GCCCGCATGT ACTTTGCAGA GACAGTGCTG 
GCACTAGAGT ACTTGCACAA CTACGGCATT GTGCATCGTG ACCTCAAGCC AGACAACCTC 
CTCATCACTT CCATGGGCCA CATCAAACTC ACGGATTTTG GCCTCTCCAA GATGGGGCTC 
ATGAGCCTGA CCACCAACTT ATATGAAGGT CACATAGAGA AGGACGCCCG GGAGTTCCTG 
GACAAACAGG TGTGTGGGAC CCCAGAGTAC ATCGCACCCG AGGTCATCCT GCGCCAGGGC 
TACGGCAAGC CAGTGGACTG GTGGGCCATG GGGATCATAC TCTACGAGTT CCTGGTTGGC 
TGTGTGCCTT TCTTTGGGGA CACCCCAGAA GAGCTCTTTG GACAAGTTAT CAGTGATGAC 
ATCCTGTGGC CCGAGGGGGA TGAGGCCCTG CCTACAGATG CCCAGCTTCT GATATCTAGC 
CTTCTGCAGA CCAACCCCCT GGTCCGGCTT GGGGCAGGTG GTGCCTTTGA AGTGAAGCAG 
CATAGTTTCT TCCGAGACCT GGATTGGACA GGGCTGCTGA GGCAAAAGGC CGAGTTCATC 
CCCCACCTAG AGTCAGAAGA TGACACCAGC TACTTTGACA CCCGGTCAGA CAGGTATCAC 
CATGTGAACT CCTATGATGA GGATGACACC ACCGAGGAAG AACCTGTGGA GATCCGCCAG 
TTCTCCTCTT GCTCTCCCCG CTTCAGCAAG GTGTACAGCA GTATGGAGCA GCTGTCACAA 
CATGAGCCCA AGACCCCCGT ATCAACATCG GGGGCGACCA AGAGGGAGCC AAGCGCCAAG 
GGCTCAGAGG AGAAGGTAGC CGGCAAGCGG GAGGGACTGG GTGGCCTGAC TCTGCGAGAG 
AAGACCTGGA GAGGGGGCTC CCCAGAGATC AAGCGCTTCT CCGCTTCCGA GGCCTGTTTC 
TTGGAGGGGG AGGCCAGTCC TCCGTTAGGA GCGCGCCGAC GTTTCTCGGC GCTGCTGGAG 
CCCAGCCGCT TCAATGCTCC TCAGGAGGAC GAAGATGAAG TCCGGCTCCG CAGGCCTCCC 
CGGCCCAGCT CCGATCCTTC AGGCTCACTG GAGACGCGAG CCCCCAAAGA GACGGCTCAA 
GAAGGCACCC CCACGGCTGG GGACCCCGAG ACCACTGAGC ACACATGCCC AGGTGACCTC 
TGCACACTCT CAAAGGATGG GGATCCATCA GGCCCTAGGG CCACCAATGA CCTAGTTCTG 
CGAAGGGTGC GCCACCAGCA GCTGTCTGGA GATCCTTCGG TGGAGAAGCG ACCTTCTCGA 
ACTGGGGGCA AAGTTATCAA GTCAGCCTCA GCGACTGCCC TATCCGTCAT GATTCCTGCA 
GTGGACCCAC ATGGAAGCTC ACCCCTTGCT AGTCCCATGT CCCCTCGATC CCTTTCCTCC 
AACCCATCCT CGAGGGACTC TTCACCCAGC CGGGACTACT CACCTGCTGT CAGTGGCCTC 
CGTTCCCCAA TCACCATCCA ACGCTCAGGC AAAAAATACG GCTTCACGCT GCGTGCCATC 
CGCGTCTACA TGGGCGATTC GGATGTCTAC AGTGTTCACC ACATTGTTTG GCATGTGGAG 
GAAGGGGGCC CAGCCCAAGA GGCGGGTCTC TGTGCTGGGG ACCTCATCAC GCACGTGAAC 
GGCGAGCCGG TGCATGGCAT GGTGCATCCT GAGGTGGTAG AGCTGATCCT TAAGAGCGGC 
AACAAGGTGG CTGTGACCAC GACACCCTTC GAAAACACCT CCATCCGCAT TGGGCCCGCC 
AGGCGCAGCA GCTACAAAGC TAAAATGGCT CGGAGGAACA AGAGACCCTC GTCTAAGGAT 
GGCCAGGAGA GCAAGAAACG CAGCTCCCTC TTCCGGAAGA TCACAAAACA GTCAAACCTG 
TTGCATACTA GCCGCTCGCT CTCCTCGCTG AACCGGTCCC TGTCGTCCAG TGATAGTCTC 
CCCGGATCAC CCACGCACGG ACTACCGGCG CGCTCGCCCA CGCACAGTTA CCGCTCCACG 
CCTGACTCCG CCTACCTAGG CGCCTCCTCC CAGAGCAGCT CCCCAGCCTC CAGCACTCCC 
AACTCCCCCG CGTCCTCGGC GTCGCACCAC ATCCGACCCA GCACCCTGCA TGGGCTGTCA 
CCGAAGCTCC ACCGCCAGTA CCGCTCTGCG CGCTGCAAGT CAGCCGGCAA CATCCCGCTG 
TCGCCACTGG CGCACACTCC ATCCCCGACG CAGGCGTCGC CGCCACCGTT GCCGGGCCAC 
ACCGTGGGCA GTTCGCACAC CACGCAGAGC TTCCCAGCCA AATTGCACTC GTCACCGCCG 
GTCGTGCGCC CGCGCCCCAA GAGTGCAGAG CCGCCGCGCT CGCCGCTGCT CAAGCGAGTG 
CAGTCGGCAG AGAAGCTGGG GGCCTCACTG GGCGCAGACA AGAAGGGCGC ACTGCGCAAA 
CACAGCCTCG AGGTGGGCCA CCCGGATTTC CGCAAGGACT TCCACGGCGA GCTGGCTCTG 
CATAGCCTAG CCGAGTCCGA CGGCGAGACG CCTCCCATCG AGGGTCCTGG AGCGTCCCGG 
CAAGTCACAA TGCGACGCCT GGGCCGCCAG GAATCGCCCC TAAGCTTGGG TGCGGACCCG 
TTGCTCCCTG AGGGCGCGCC CAGGCTAATG GCGTCAAGCA AGGAGAAGGA GTCTCCGGGA 
GGCGTGGAGG CCTGCACTCC ACCTCGCGCA ACAACCCCCG GGAGCCGGAC CCTGGAGCGG 
GATTCCGGCT GCACGCGGCA CCAGAGCGTG CAAACTGAAG ACGGCCAAGG CGGGGTGGCT 
AGGGCAGTGG CCAAGGCGGC GCTTAGTCCG GTGCAGGAAC ACGAGACCGG CCGGCGCAGT 
AGCTCGGGCG AGACAGGCAC ACCCGTGGTG CCCATTGTTG TGGAGCCCAC GCGGCCAAGG 
GTGAAGGCCC AGGCGCTCCA GCCTCTGGGC ACAGACTCCA AGGGATTGAA GGAACCTGTA 
CCCCTGGTGC CTCTGGTGCC TGATGCCCCA AGGGGCCGGG AGCGCTGGGT GCTGCAGGAG 
GTAGAGGAGC GGACCACGCT GAGCGGGCCA CGCTCCAAGC CTGTTTCCCC CAAACTCTCC 
CCGGATCCCC AGACTCCCAC TCTAGCCCCA ACAAAAAATG TGTCGGGAAA TGCAGGCCCT 
CCAGCTCCAC CCACTTCCCT CCGGGAAGTG GGGCTCACCT CCGGATCCCC TGTTGAGGCT 
GTGACTCCAG TAGGCCTGAC CAAAAAAGGG GCACCCAGCA TCGCACCCTC AGGCCCGTAG

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

RefSeq	XP_008853693.1
CDS	68..4747
Translation	MDDSGLIRRRRLQDLPLPRKSSSCRTSNRKSLILTSTSPTLPRPHSPLPGHLGSSPLDSPRNFSPNTPAHFSFASSRRADGRRWSLASLPSSGYGTNTPSSTVSSSCSSQERLHQLPYQPTVDELHFLSKHFGSTESITDEDGGRRSPAVRPRSRSLSPGRSPSSYDNEIVMMNHVYKERFPKATAQMEEKLRDFARAYEPDSVLPLADGVLSFIHHQIIELARDCLTKSRDGLITTVYFYELQENLEKLLQDAYERSESLEVAFVTQLVKKLLIIISRPARLLECLEFNPEEFYHLLEAAEGHAKEGHLVKTDIPRYIIHQLGLTRDPFPDVVHLEEQDSGGSNTPEQDDISEGRSGTAKAKKPPGENDFDTIKLISNGAYGAVYLVRHRDTRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVGMFCSFETRRHLCMVMEYVEGGDCATLLKNIGALPVEMARMYFAETVLALEYLHNYGIVHRDLKPDNLLITSMGHIKLTDFGLSKMGLMSLTTNLYEGHIEKDAREFLDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVISDDILWPEGDEALPTDAQLLISSLLQTNPLVRLGAGGAFEVKQHSFFRDLDWTGLLRQKAEFIPHLESEDDTSYFDTRSDRYHHVNSYDEDDTTEEEPVEIRQFSSCSPRFSKVYSSMEQLSQHEPKTPVSTSGATKREPSAKGSEEKVAGKREGLGGLTLREKTWRGGSPEIKRFSASEACFLEGEASPPLGARRRFSALLEPSRFNAPQEDEDEVRLRRPPRPSSDPSGSLETRAPKETAQEGTPTAGDPETTEHTCPGDLCTLSKDGDPSGPRATNDLVLRRVRHQQLSGDPSVEKRPSRTGGKVIKSASATALSVMIPAVDPHGSSPLASPMSPRSLSSNPSSRDSSPSRDYSPAVSGLRSPITIQRSGKKYGFTLRAIRVYMGDSDVYSVHHIVWHVEEGGPAQEAGLCAGDLITHVNGEPVHGMVHPEVVELILKSGNKVAVTTTPFENTSIRIGPARRSSYKAKMARRNKRPSSKDGQESKKRSSLFRKITKQSNLLHTSRSLSSLNRSLSSSDSLPGSPTHGLPARSPTHSYRSTPDSAYLGASSQSSSPASSTPNSPASSASHHIRPSTLHGLSPKLHRQYRSARCKSAGNIPLSPLAHTPSPTQASPPPLPGHTVGSSHTTQSFPAKLHSSPPVVRPRPKSAEPPRSPLLKRVQSAEKLGASLGADKKGALRKHSLEVGHPDFRKDFHGELALHSLAESDGETPPIEGPGASRQVTMRRLGRQESPLSLGADPLLPEGAPRLMASSKEKESPGGVEACTPPRATTPGSRTLERDSGCTRHQSVQTEDGQGGVARAVAKAALSPVQEHETGRRSSSGETGTPVVPIVVEPTRPRVKAQALQPLGTDSKGLKEPVPLVPLVPDAPRGRERWVLQEVEERTTLSGPRSKPVSPKLSPDPQTPTLAPTKNVSGNAGPPAPPTSLREVGLTSGSPVEAVTPVGLTKKGAPSIAPSGP

Target ORF information:

RefSeq Version	XM_008855471.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X3, mRNA.

Target ORF information:

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

XM_008855471.3

ORF Insert Sequence:

ATGGACGATT CCGGCCTGAT CCGCCGCCGC AGGCTGCAGG ATTTACCCCT GCCCCGGAAA 
AGCAGCAGCT GCCGCACTAG TAACCGGAAA AGCCTCATCC TGACAAGCAC TTCGCCAACG 
CTGCCGCGGC CCCACTCCCC ATTGCCAGGC CACTTAGGTA GCAGTCCCCT GGACAGCCCC 
CGCAACTTCT CTCCCAACAC CCCAGCCCAC TTCTCATTTG CCTCCTCCCG AAGGGCTGAT 
GGACGTCGCT GGTCGCTGGC CTCACTCCCT TCCTCTGGCT ATGGCACCAA CACACCCAGT 
TCCACTGTGT CGTCCTCCTG TTCCTCCCAG GAGCGTCTGC ATCAACTGCC CTACCAGCCC 
ACGGTGGACG AGCTGCACTT CCTTTCCAAA CACTTCGGCA GCACTGAGAG CATCACGGAC 
GAGGATGGCG GCCGCCGCTC CCCGGCGGTG CGGCCCCGCT CGCGGAGCCT CAGCCCCGGC 
CGCTCTCCCT CCTCCTACGA CAATGAAATC GTGATGATGA ACCATGTGTA CAAGGAGCGG 
TTCCCCAAGG CCACCGCACA GATGGAGGAG AAGCTGCGGG ACTTTGCCCG CGCCTACGAA 
CCTGACAGCG TGCTGCCGCT GGCGGACGGC GTACTCAGCT TCATCCACCA CCAGATCATC 
GAGCTGGCAC GGGACTGCCT GACCAAGTCC CGCGACGGGC TCATCACCAC CGTCTACTTC 
TATGAACTAC AGGAGAACCT GGAGAAGCTA TTGCAGGACG CCTATGAACG CTCCGAGAGC 
TTGGAGGTGG CCTTTGTCAC TCAGCTGGTG AAGAAACTGC TCATTATCAT CTCTCGCCCA 
GCTAGGCTTC TAGAGTGCCT GGAATTCAAC CCTGAGGAGT TCTACCACCT ACTGGAGGCA 
GCAGAGGGAC ATGCCAAGGA GGGCCACCTC GTCAAGACTG ACATCCCCCG ATACATCATC 
CATCAGCTGG GCCTCACCCG GGACCCCTTT CCTGATGTGG TACATCTGGA GGAACAGGAC 
AGTGGTGGCT CTAACACACC AGAGCAGGAC GACATCTCTG AGGGTCGCAG TGGCACCGCC 
AAGGCCAAGA AGCCACCTGG AGAGAATGAC TTTGACACCA TTAAGCTCAT AAGCAATGGT 
GCCTACGGGG CGGTCTATCT GGTGCGGCAC CGAGACACAC GGCAGCGCTT TGCCATGAAG 
AAGATTAACA AGCAGAACCT GATCCTCCGC AATCAGATCC AGCAGGCCTT CGTGGAACGC 
GACATCCTGA CCTTCGCAGA GAACCCCTTT GTGGTCGGCA TGTTCTGTTC CTTCGAGACC 
CGCCGCCACC TCTGCATGGT CATGGAGTAT GTGGAAGGTG GTGACTGTGC CACCCTACTG 
AAGAACATTG GGGCACTGCC TGTAGAGATG GCCCGCATGT ACTTTGCAGA GACAGTGCTG 
GCACTAGAGT ACTTGCACAA CTACGGCATT GTGCATCGTG ACCTCAAGCC AGACAACCTC 
CTCATCACTT CCATGGGCCA CATCAAACTC ACGGATTTTG GCCTCTCCAA GATGGGGCTC 
ATGAGCCTGA CCACCAACTT ATATGAAGGT CACATAGAGA AGGACGCCCG GGAGTTCCTG 
GACAAACAGG TGTGTGGGAC CCCAGAGTAC ATCGCACCCG AGGTCATCCT GCGCCAGGGC 
TACGGCAAGC CAGTGGACTG GTGGGCCATG GGGATCATAC TCTACGAGTT CCTGGTTGGC 
TGTGTGCCTT TCTTTGGGGA CACCCCAGAA GAGCTCTTTG GACAAGTTAT CAGTGATGAC 
ATCCTGTGGC CCGAGGGGGA TGAGGCCCTG CCTACAGATG CCCAGCTTCT GATATCTAGC 
CTTCTGCAGA CCAACCCCCT GGTCCGGCTT GGGGCAGGTG GTGCCTTTGA AGTGAAGCAG 
CATAGTTTCT TCCGAGACCT GGATTGGACA GGGCTGCTGA GGCAAAAGGC CGAGTTCATC 
CCCCACCTAG AGTCAGAAGA TGACACCAGC TACTTTGACA CCCGGTCAGA CAGGTATCAC 
CATGTGAACT CCTATGATGA GGATGACACC ACCGAGGAAG AACCTGTGGA GATCCGCCAG 
TTCTCCTCTT GCTCTCCCCG CTTCAGCAAG GTGTACAGCA GTATGGAGCA GCTGTCACAA 
CATGAGCCCA AGACCCCCGT ATCAACATCG GGGGCGACCA AGAGGGAGCC AAGCGCCAAG 
GGCTCAGAGG AGAAGGTAGC CGGCAAGCGG GAGGGACTGG GTGGCCTGAC TCTGCGAGAG 
AAGACCTGGA GAGGGGGCTC CCCAGAGATC AAGCGCTTCT CCGCTTCCGA GGCCTGTTTC 
TTGGAGGGGG AGGCCAGTCC TCCGTTAGGA GCGCGCCGAC GTTTCTCGGC GCTGCTGGAG 
CCCAGCCGCT TCAATGCTCC TCAGGAGGAC GAAGATGAAG TCCGGCTCCG CAGGCCTCCC 
CGGCCCAGCT CCGATCCTTC AGGCTCACTG GAGACGCGAG CCCCCAAAGA GACGGCTCAA 
GAAGGCACCC CCACGGCTGG GGACCCCGAG ACCACTGAGC ACACATGCCC AGGTGACCTC 
TGCACACTCT CAAAGGATGG GGATCCATCA GGCCCTAGGG CCACCAATGA CCTAGTTCTG 
CGAAGGGTGC GCCACCAGCA GCTGTCTGGA GATCCTTCGG TGGAGAAGCG ACCTTCTCGA 
ACTGGGGGCA AAGTTATCAA GTCAGCCTCA GCGACTGCCC TATCCGTCAT GATTCCTGCA 
GTGGACCCAC ATGGAAGCTC ACCCCTTGCT AGTCCCATGT CCCCTCGATC CCTTTCCTCC 
AACCCATCCT CGAGGGACTC TTCACCCAGC CGGGACTACT CACCTGCTGT CAGTGGCCTC 
CGTTCCCCAA TCACCATCCA ACGCTCAGGC AAAAAATACG GCTTCACGCT GCGTGCCATC 
CGCGTCTACA TGGGCGATTC GGATGTCTAC AGTGTTCACC ACATTGTTTG GCATGTGGAG 
GAAGGGGGCC CAGCCCAAGA GGCGGGTCTC TGTGCTGGGG ACCTCATCAC GCACGTGAAC 
GGCGAGCCGG TGCATGGCAT GGTGCATCCT GAGGTGGTAG AGCTGATCCT TAAGAGCGGC 
AACAAGGTGG CTGTGACCAC GACACCCTTC GAAAACACCT CCATCCGCAT TGGGCCCGCC 
AGGCGCAGCA GCTACAAAGC TAAAATGGCT CGGAGGAACA AGAGACCCTC GTCTAAGGAT 
GGCCAGGAGA GCAAGAAACG CAGCTCCCTC TTCCGGAAGA TCACAAAACA GTCAAACCTG 
TTGCATACTA GCCGCTCGCT CTCCTCGCTG AACCGGTCCC TGTCGTCCAG TGATAGTCTC 
CCCGGATCAC CCACGCACGG ACTACCGGCG CGCTCGCCCA CGCACAGTTA CCGCTCCACG 
CCTGACTCCG CCTACCTAGG CGCCTCCTCC CAGAGCAGCT CCCCAGCCTC CAGCACTCCC 
AACTCCCCCG CGTCCTCGGC GTCGCACCAC ATCCGACCCA GCACCCTGCA TGGGCTGTCA 
CCGAAGCTCC ACCGCCAGTA CCGCTCTGCG CGCTGCAAGT CAGCCGGCAA CATCCCGCTG 
TCGCCACTGG CGCACACTCC ATCCCCGACG CAGGCGTCGC CGCCACCGTT GCCGGGCCAC 
ACCGTGGGCA GTTCGCACAC CACGCAGAGC TTCCCAGCCA AATTGCACTC GTCACCGCCG 
GTCGTGCGCC CGCGCCCCAA GAGTGCAGAG CCGCCGCGCT CGCCGCTGCT CAAGCGAGTG 
CAGTCGGCAG AGAAGCTGGG GGCCTCACTG GGCGCAGACA AGAAGGGCGC ACTGCGCAAA 
CACAGCCTCG AGGTGGGCCA CCCGGATTTC CGCAAGGACT TCCACGGCGA GCTGGCTCTG 
CATAGCCTAG CCGAGTCCGA CGGCGAGACG CCTCCCATCG AGGGTCCTGG AGCGTCCCGG 
CAAGTCACAA TGCGACGCCT GGGCCGCCAG GAATCGCCCC TAAGCTTGGG TGCGGACCCG 
TTGCTCCCTG AGGGCGCGCC CAGGCTAATG GCGTCAAGCA AGGAGAAGGA GTCTCCGGGA 
GGCGTGGAGG CCTGCACTCC ACCTCGCGCA ACAACCCCCG GGAGCCGGAC CCTGGAGCGG 
GATTCCGGCT GCACGCGGCA CCAGAGCGTG CAAACTGAAG ACGGCCAAGG CGGGGTGGCT 
AGGGCAGTGG CCAAGGCGGC GCTTAGTCCG GTGCAGGAAC ACGAGACCGG CCGGCGCAGT 
AGCTCGGGCG AGACAGGCAC ACCCGTGGTG CCCATTGTTG TGGAGCCCAC GCGGCCAAGG 
GTGAAGGCCC AGGCGCTCCA GCCTCTGGGC ACAGACTCCA AGGGATTGAA GGAACCTGTA 
CCCCTGGTGC CTCTGGTGCC TGATGCCCCA AGGGGCCGGG AGCGCTGGGT GCTGCAGGAG 
GTAGAGGAGC GGACCACGCT GAGCGGGCCA CGCTCCAAGC CTGTTTCCCC CAAACTCTCC 
CCGGATCCCC AGACTCCCAC TCTAGCCCCA ACAAAAAATG TGTCGGGAAA TGCAGGCCCT 
CCAGCTCCAC CCACTTCCCT CCGGGAAGTG GGGCTCACCT CCGGATCCCC TGTTGAGGCT 
GTGACTCCAG TAGGCCTGAC CAAAAAAGGG GCACCCAGCA TCGCACCCTC AGGCCCGTAG

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

Mast1 ( XM_008855471.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008853693.1 Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X3, mRNA.

Price & Availability↑

CloneID	ONa37016
Clone ID Related Accession (Same CDS sequence)	XM_008855471.3 , XM_008855471.2
Accession Version	XM_008855471.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4680bp) 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 serine/threonine-protein kinase 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008357641.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008855471.1. ##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##

ATGGACGATT CCGGCCTGAT CCGCCGCCGC AGGCTGCAGG ATTTACCCCT GCCCCGGAAA 
AGCAGCAGCT GCCGCACTAG TAACCGGAAA AGCCTCATCC TGACAAGCAC TTCGCCAACG 
CTGCCGCGGC CCCACTCCCC ATTGCCAGGC CACTTAGGTA GCAGTCCCCT GGACAGCCCC 
CGCAACTTCT CTCCCAACAC CCCAGCCCAC TTCTCATTTG CCTCCTCCCG AAGGGCTGAT 
GGACGTCGCT GGTCGCTGGC CTCACTCCCT TCCTCTGGCT ATGGCACCAA CACACCCAGT 
TCCACTGTGT CGTCCTCCTG TTCCTCCCAG GAGCGTCTGC ATCAACTGCC CTACCAGCCC 
ACGGTGGACG AGCTGCACTT CCTTTCCAAA CACTTCGGCA GCACTGAGAG CATCACGGAC 
GAGGATGGCG GCCGCCGCTC CCCGGCGGTG CGGCCCCGCT CGCGGAGCCT CAGCCCCGGC 
CGCTCTCCCT CCTCCTACGA CAATGAAATC GTGATGATGA ACCATGTGTA CAAGGAGCGG 
TTCCCCAAGG CCACCGCACA GATGGAGGAG AAGCTGCGGG ACTTTGCCCG CGCCTACGAA 
CCTGACAGCG TGCTGCCGCT GGCGGACGGC GTACTCAGCT TCATCCACCA CCAGATCATC 
GAGCTGGCAC GGGACTGCCT GACCAAGTCC CGCGACGGGC TCATCACCAC CGTCTACTTC 
TATGAACTAC AGGAGAACCT GGAGAAGCTA TTGCAGGACG CCTATGAACG CTCCGAGAGC 
TTGGAGGTGG CCTTTGTCAC TCAGCTGGTG AAGAAACTGC TCATTATCAT CTCTCGCCCA 
GCTAGGCTTC TAGAGTGCCT GGAATTCAAC CCTGAGGAGT TCTACCACCT ACTGGAGGCA 
GCAGAGGGAC ATGCCAAGGA GGGCCACCTC GTCAAGACTG ACATCCCCCG ATACATCATC 
CATCAGCTGG GCCTCACCCG GGACCCCTTT CCTGATGTGG TACATCTGGA GGAACAGGAC 
AGTGGTGGCT CTAACACACC AGAGCAGGAC GACATCTCTG AGGGTCGCAG TGGCACCGCC 
AAGGCCAAGA AGCCACCTGG AGAGAATGAC TTTGACACCA TTAAGCTCAT AAGCAATGGT 
GCCTACGGGG CGGTCTATCT GGTGCGGCAC CGAGACACAC GGCAGCGCTT TGCCATGAAG 
AAGATTAACA AGCAGAACCT GATCCTCCGC AATCAGATCC AGCAGGCCTT CGTGGAACGC 
GACATCCTGA CCTTCGCAGA GAACCCCTTT GTGGTCGGCA TGTTCTGTTC CTTCGAGACC 
CGCCGCCACC TCTGCATGGT CATGGAGTAT GTGGAAGGTG GTGACTGTGC CACCCTACTG 
AAGAACATTG GGGCACTGCC TGTAGAGATG GCCCGCATGT ACTTTGCAGA GACAGTGCTG 
GCACTAGAGT ACTTGCACAA CTACGGCATT GTGCATCGTG ACCTCAAGCC AGACAACCTC 
CTCATCACTT CCATGGGCCA CATCAAACTC ACGGATTTTG GCCTCTCCAA GATGGGGCTC 
ATGAGCCTGA CCACCAACTT ATATGAAGGT CACATAGAGA AGGACGCCCG GGAGTTCCTG 
GACAAACAGG TGTGTGGGAC CCCAGAGTAC ATCGCACCCG AGGTCATCCT GCGCCAGGGC 
TACGGCAAGC CAGTGGACTG GTGGGCCATG GGGATCATAC TCTACGAGTT CCTGGTTGGC 
TGTGTGCCTT TCTTTGGGGA CACCCCAGAA GAGCTCTTTG GACAAGTTAT CAGTGATGAC 
ATCCTGTGGC CCGAGGGGGA TGAGGCCCTG CCTACAGATG CCCAGCTTCT GATATCTAGC 
CTTCTGCAGA CCAACCCCCT GGTCCGGCTT GGGGCAGGTG GTGCCTTTGA AGTGAAGCAG 
CATAGTTTCT TCCGAGACCT GGATTGGACA GGGCTGCTGA GGCAAAAGGC CGAGTTCATC 
CCCCACCTAG AGTCAGAAGA TGACACCAGC TACTTTGACA CCCGGTCAGA CAGGTATCAC 
CATGTGAACT CCTATGATGA GGATGACACC ACCGAGGAAG AACCTGTGGA GATCCGCCAG 
TTCTCCTCTT GCTCTCCCCG CTTCAGCAAG GTGTACAGCA GTATGGAGCA GCTGTCACAA 
CATGAGCCCA AGACCCCCGT ATCAACATCG GGGGCGACCA AGAGGGAGCC AAGCGCCAAG 
GGCTCAGAGG AGAAGGTAGC CGGCAAGCGG GAGGGACTGG GTGGCCTGAC TCTGCGAGAG 
AAGACCTGGA GAGGGGGCTC CCCAGAGATC AAGCGCTTCT CCGCTTCCGA GGCCTGTTTC 
TTGGAGGGGG AGGCCAGTCC TCCGTTAGGA GCGCGCCGAC GTTTCTCGGC GCTGCTGGAG 
CCCAGCCGCT TCAATGCTCC TCAGGAGGAC GAAGATGAAG TCCGGCTCCG CAGGCCTCCC 
CGGCCCAGCT CCGATCCTTC AGGCTCACTG GAGACGCGAG CCCCCAAAGA GACGGCTCAA 
GAAGGCACCC CCACGGCTGG GGACCCCGAG ACCACTGAGC ACACATGCCC AGGTGACCTC 
TGCACACTCT CAAAGGATGG GGATCCATCA GGCCCTAGGG CCACCAATGA CCTAGTTCTG 
CGAAGGGTGC GCCACCAGCA GCTGTCTGGA GATCCTTCGG TGGAGAAGCG ACCTTCTCGA 
ACTGGGGGCA AAGTTATCAA GTCAGCCTCA GCGACTGCCC TATCCGTCAT GATTCCTGCA 
GTGGACCCAC ATGGAAGCTC ACCCCTTGCT AGTCCCATGT CCCCTCGATC CCTTTCCTCC 
AACCCATCCT CGAGGGACTC TTCACCCAGC CGGGACTACT CACCTGCTGT CAGTGGCCTC 
CGTTCCCCAA TCACCATCCA ACGCTCAGGC AAAAAATACG GCTTCACGCT GCGTGCCATC 
CGCGTCTACA TGGGCGATTC GGATGTCTAC AGTGTTCACC ACATTGTTTG GCATGTGGAG 
GAAGGGGGCC CAGCCCAAGA GGCGGGTCTC TGTGCTGGGG ACCTCATCAC GCACGTGAAC 
GGCGAGCCGG TGCATGGCAT GGTGCATCCT GAGGTGGTAG AGCTGATCCT TAAGAGCGGC 
AACAAGGTGG CTGTGACCAC GACACCCTTC GAAAACACCT CCATCCGCAT TGGGCCCGCC 
AGGCGCAGCA GCTACAAAGC TAAAATGGCT CGGAGGAACA AGAGACCCTC GTCTAAGGAT 
GGCCAGGAGA GCAAGAAACG CAGCTCCCTC TTCCGGAAGA TCACAAAACA GTCAAACCTG 
TTGCATACTA GCCGCTCGCT CTCCTCGCTG AACCGGTCCC TGTCGTCCAG TGATAGTCTC 
CCCGGATCAC CCACGCACGG ACTACCGGCG CGCTCGCCCA CGCACAGTTA CCGCTCCACG 
CCTGACTCCG CCTACCTAGG CGCCTCCTCC CAGAGCAGCT CCCCAGCCTC CAGCACTCCC 
AACTCCCCCG CGTCCTCGGC GTCGCACCAC ATCCGACCCA GCACCCTGCA TGGGCTGTCA 
CCGAAGCTCC ACCGCCAGTA CCGCTCTGCG CGCTGCAAGT CAGCCGGCAA CATCCCGCTG 
TCGCCACTGG CGCACACTCC ATCCCCGACG CAGGCGTCGC CGCCACCGTT GCCGGGCCAC 
ACCGTGGGCA GTTCGCACAC CACGCAGAGC TTCCCAGCCA AATTGCACTC GTCACCGCCG 
GTCGTGCGCC CGCGCCCCAA GAGTGCAGAG CCGCCGCGCT CGCCGCTGCT CAAGCGAGTG 
CAGTCGGCAG AGAAGCTGGG GGCCTCACTG GGCGCAGACA AGAAGGGCGC ACTGCGCAAA 
CACAGCCTCG AGGTGGGCCA CCCGGATTTC CGCAAGGACT TCCACGGCGA GCTGGCTCTG 
CATAGCCTAG CCGAGTCCGA CGGCGAGACG CCTCCCATCG AGGGTCCTGG AGCGTCCCGG 
CAAGTCACAA TGCGACGCCT GGGCCGCCAG GAATCGCCCC TAAGCTTGGG TGCGGACCCG 
TTGCTCCCTG AGGGCGCGCC CAGGCTAATG GCGTCAAGCA AGGAGAAGGA GTCTCCGGGA 
GGCGTGGAGG CCTGCACTCC ACCTCGCGCA ACAACCCCCG GGAGCCGGAC CCTGGAGCGG 
GATTCCGGCT GCACGCGGCA CCAGAGCGTG CAAACTGAAG ACGGCCAAGG CGGGGTGGCT 
AGGGCAGTGG CCAAGGCGGC GCTTAGTCCG GTGCAGGAAC ACGAGACCGG CCGGCGCAGT 
AGCTCGGGCG AGACAGGCAC ACCCGTGGTG CCCATTGTTG TGGAGCCCAC GCGGCCAAGG 
GTGAAGGCCC AGGCGCTCCA GCCTCTGGGC ACAGACTCCA AGGGATTGAA GGAACCTGTA 
CCCCTGGTGC CTCTGGTGCC TGATGCCCCA AGGGGCCGGG AGCGCTGGGT GCTGCAGGAG 
GTAGAGGAGC GGACCACGCT GAGCGGGCCA CGCTCCAAGC CTGTTTCCCC CAAACTCTCC 
CCGGATCCCC AGACTCCCAC TCTAGCCCCA ACAAAAAATG TGTCGGGAAA TGCAGGCCCT 
CCAGCTCCAC CCACTTCCCT CCGGGAAGTG GGGCTCACCT CCGGATCCCC TGTTGAGGCT 
GTGACTCCAG TAGGCCTGAC CAAAAAAGGG GCACCCAGCA TCGCACCCTC AGGCCCGTAG

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

RefSeq	XP_008853693.1
CDS	73..4752
Translation	MDDSGLIRRRRLQDLPLPRKSSSCRTSNRKSLILTSTSPTLPRPHSPLPGHLGSSPLDSPRNFSPNTPAHFSFASSRRADGRRWSLASLPSSGYGTNTPSSTVSSSCSSQERLHQLPYQPTVDELHFLSKHFGSTESITDEDGGRRSPAVRPRSRSLSPGRSPSSYDNEIVMMNHVYKERFPKATAQMEEKLRDFARAYEPDSVLPLADGVLSFIHHQIIELARDCLTKSRDGLITTVYFYELQENLEKLLQDAYERSESLEVAFVTQLVKKLLIIISRPARLLECLEFNPEEFYHLLEAAEGHAKEGHLVKTDIPRYIIHQLGLTRDPFPDVVHLEEQDSGGSNTPEQDDISEGRSGTAKAKKPPGENDFDTIKLISNGAYGAVYLVRHRDTRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVGMFCSFETRRHLCMVMEYVEGGDCATLLKNIGALPVEMARMYFAETVLALEYLHNYGIVHRDLKPDNLLITSMGHIKLTDFGLSKMGLMSLTTNLYEGHIEKDAREFLDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVISDDILWPEGDEALPTDAQLLISSLLQTNPLVRLGAGGAFEVKQHSFFRDLDWTGLLRQKAEFIPHLESEDDTSYFDTRSDRYHHVNSYDEDDTTEEEPVEIRQFSSCSPRFSKVYSSMEQLSQHEPKTPVSTSGATKREPSAKGSEEKVAGKREGLGGLTLREKTWRGGSPEIKRFSASEACFLEGEASPPLGARRRFSALLEPSRFNAPQEDEDEVRLRRPPRPSSDPSGSLETRAPKETAQEGTPTAGDPETTEHTCPGDLCTLSKDGDPSGPRATNDLVLRRVRHQQLSGDPSVEKRPSRTGGKVIKSASATALSVMIPAVDPHGSSPLASPMSPRSLSSNPSSRDSSPSRDYSPAVSGLRSPITIQRSGKKYGFTLRAIRVYMGDSDVYSVHHIVWHVEEGGPAQEAGLCAGDLITHVNGEPVHGMVHPEVVELILKSGNKVAVTTTPFENTSIRIGPARRSSYKAKMARRNKRPSSKDGQESKKRSSLFRKITKQSNLLHTSRSLSSLNRSLSSSDSLPGSPTHGLPARSPTHSYRSTPDSAYLGASSQSSSPASSTPNSPASSASHHIRPSTLHGLSPKLHRQYRSARCKSAGNIPLSPLAHTPSPTQASPPPLPGHTVGSSHTTQSFPAKLHSSPPVVRPRPKSAEPPRSPLLKRVQSAEKLGASLGADKKGALRKHSLEVGHPDFRKDFHGELALHSLAESDGETPPIEGPGASRQVTMRRLGRQESPLSLGADPLLPEGAPRLMASSKEKESPGGVEACTPPRATTPGSRTLERDSGCTRHQSVQTEDGQGGVARAVAKAALSPVQEHETGRRSSSGETGTPVVPIVVEPTRPRVKAQALQPLGTDSKGLKEPVPLVPLVPDAPRGRERWVLQEVEERTTLSGPRSKPVSPKLSPDPQTPTLAPTKNVSGNAGPPAPPTSLREVGLTSGSPVEAVTPVGLTKKGAPSIAPSGP

Target ORF information:

RefSeq Version	XM_008855471.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili microtubule associated serine/threonine kinase 1 (Mast1), transcript variant X3, mRNA.

Target ORF information:

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

XM_008855471.2

ORF Insert Sequence:

ATGGACGATT CCGGCCTGAT CCGCCGCCGC AGGCTGCAGG ATTTACCCCT GCCCCGGAAA 
AGCAGCAGCT GCCGCACTAG TAACCGGAAA AGCCTCATCC TGACAAGCAC TTCGCCAACG 
CTGCCGCGGC CCCACTCCCC ATTGCCAGGC CACTTAGGTA GCAGTCCCCT GGACAGCCCC 
CGCAACTTCT CTCCCAACAC CCCAGCCCAC TTCTCATTTG CCTCCTCCCG AAGGGCTGAT 
GGACGTCGCT GGTCGCTGGC CTCACTCCCT TCCTCTGGCT ATGGCACCAA CACACCCAGT 
TCCACTGTGT CGTCCTCCTG TTCCTCCCAG GAGCGTCTGC ATCAACTGCC CTACCAGCCC 
ACGGTGGACG AGCTGCACTT CCTTTCCAAA CACTTCGGCA GCACTGAGAG CATCACGGAC 
GAGGATGGCG GCCGCCGCTC CCCGGCGGTG CGGCCCCGCT CGCGGAGCCT CAGCCCCGGC 
CGCTCTCCCT CCTCCTACGA CAATGAAATC GTGATGATGA ACCATGTGTA CAAGGAGCGG 
TTCCCCAAGG CCACCGCACA GATGGAGGAG AAGCTGCGGG ACTTTGCCCG CGCCTACGAA 
CCTGACAGCG TGCTGCCGCT GGCGGACGGC GTACTCAGCT TCATCCACCA CCAGATCATC 
GAGCTGGCAC GGGACTGCCT GACCAAGTCC CGCGACGGGC TCATCACCAC CGTCTACTTC 
TATGAACTAC AGGAGAACCT GGAGAAGCTA TTGCAGGACG CCTATGAACG CTCCGAGAGC 
TTGGAGGTGG CCTTTGTCAC TCAGCTGGTG AAGAAACTGC TCATTATCAT CTCTCGCCCA 
GCTAGGCTTC TAGAGTGCCT GGAATTCAAC CCTGAGGAGT TCTACCACCT ACTGGAGGCA 
GCAGAGGGAC ATGCCAAGGA GGGCCACCTC GTCAAGACTG ACATCCCCCG ATACATCATC 
CATCAGCTGG GCCTCACCCG GGACCCCTTT CCTGATGTGG TACATCTGGA GGAACAGGAC 
AGTGGTGGCT CTAACACACC AGAGCAGGAC GACATCTCTG AGGGTCGCAG TGGCACCGCC 
AAGGCCAAGA AGCCACCTGG AGAGAATGAC TTTGACACCA TTAAGCTCAT AAGCAATGGT 
GCCTACGGGG CGGTCTATCT GGTGCGGCAC CGAGACACAC GGCAGCGCTT TGCCATGAAG 
AAGATTAACA AGCAGAACCT GATCCTCCGC AATCAGATCC AGCAGGCCTT CGTGGAACGC 
GACATCCTGA CCTTCGCAGA GAACCCCTTT GTGGTCGGCA TGTTCTGTTC CTTCGAGACC 
CGCCGCCACC TCTGCATGGT CATGGAGTAT GTGGAAGGTG GTGACTGTGC CACCCTACTG 
AAGAACATTG GGGCACTGCC TGTAGAGATG GCCCGCATGT ACTTTGCAGA GACAGTGCTG 
GCACTAGAGT ACTTGCACAA CTACGGCATT GTGCATCGTG ACCTCAAGCC AGACAACCTC 
CTCATCACTT CCATGGGCCA CATCAAACTC ACGGATTTTG GCCTCTCCAA GATGGGGCTC 
ATGAGCCTGA CCACCAACTT ATATGAAGGT CACATAGAGA AGGACGCCCG GGAGTTCCTG 
GACAAACAGG TGTGTGGGAC CCCAGAGTAC ATCGCACCCG AGGTCATCCT GCGCCAGGGC 
TACGGCAAGC CAGTGGACTG GTGGGCCATG GGGATCATAC TCTACGAGTT CCTGGTTGGC 
TGTGTGCCTT TCTTTGGGGA CACCCCAGAA GAGCTCTTTG GACAAGTTAT CAGTGATGAC 
ATCCTGTGGC CCGAGGGGGA TGAGGCCCTG CCTACAGATG CCCAGCTTCT GATATCTAGC 
CTTCTGCAGA CCAACCCCCT GGTCCGGCTT GGGGCAGGTG GTGCCTTTGA AGTGAAGCAG 
CATAGTTTCT TCCGAGACCT GGATTGGACA GGGCTGCTGA GGCAAAAGGC CGAGTTCATC 
CCCCACCTAG AGTCAGAAGA TGACACCAGC TACTTTGACA CCCGGTCAGA CAGGTATCAC 
CATGTGAACT CCTATGATGA GGATGACACC ACCGAGGAAG AACCTGTGGA GATCCGCCAG 
TTCTCCTCTT GCTCTCCCCG CTTCAGCAAG GTGTACAGCA GTATGGAGCA GCTGTCACAA 
CATGAGCCCA AGACCCCCGT ATCAACATCG GGGGCGACCA AGAGGGAGCC AAGCGCCAAG 
GGCTCAGAGG AGAAGGTAGC CGGCAAGCGG GAGGGACTGG GTGGCCTGAC TCTGCGAGAG 
AAGACCTGGA GAGGGGGCTC CCCAGAGATC AAGCGCTTCT CCGCTTCCGA GGCCTGTTTC 
TTGGAGGGGG AGGCCAGTCC TCCGTTAGGA GCGCGCCGAC GTTTCTCGGC GCTGCTGGAG 
CCCAGCCGCT TCAATGCTCC TCAGGAGGAC GAAGATGAAG TCCGGCTCCG CAGGCCTCCC 
CGGCCCAGCT CCGATCCTTC AGGCTCACTG GAGACGCGAG CCCCCAAAGA GACGGCTCAA 
GAAGGCACCC CCACGGCTGG GGACCCCGAG ACCACTGAGC ACACATGCCC AGGTGACCTC 
TGCACACTCT CAAAGGATGG GGATCCATCA GGCCCTAGGG CCACCAATGA CCTAGTTCTG 
CGAAGGGTGC GCCACCAGCA GCTGTCTGGA GATCCTTCGG TGGAGAAGCG ACCTTCTCGA 
ACTGGGGGCA AAGTTATCAA GTCAGCCTCA GCGACTGCCC TATCCGTCAT GATTCCTGCA 
GTGGACCCAC ATGGAAGCTC ACCCCTTGCT AGTCCCATGT CCCCTCGATC CCTTTCCTCC 
AACCCATCCT CGAGGGACTC TTCACCCAGC CGGGACTACT CACCTGCTGT CAGTGGCCTC 
CGTTCCCCAA TCACCATCCA ACGCTCAGGC AAAAAATACG GCTTCACGCT GCGTGCCATC 
CGCGTCTACA TGGGCGATTC GGATGTCTAC AGTGTTCACC ACATTGTTTG GCATGTGGAG 
GAAGGGGGCC CAGCCCAAGA GGCGGGTCTC TGTGCTGGGG ACCTCATCAC GCACGTGAAC 
GGCGAGCCGG TGCATGGCAT GGTGCATCCT GAGGTGGTAG AGCTGATCCT TAAGAGCGGC 
AACAAGGTGG CTGTGACCAC GACACCCTTC GAAAACACCT CCATCCGCAT TGGGCCCGCC 
AGGCGCAGCA GCTACAAAGC TAAAATGGCT CGGAGGAACA AGAGACCCTC GTCTAAGGAT 
GGCCAGGAGA GCAAGAAACG CAGCTCCCTC TTCCGGAAGA TCACAAAACA GTCAAACCTG 
TTGCATACTA GCCGCTCGCT CTCCTCGCTG AACCGGTCCC TGTCGTCCAG TGATAGTCTC 
CCCGGATCAC CCACGCACGG ACTACCGGCG CGCTCGCCCA CGCACAGTTA CCGCTCCACG 
CCTGACTCCG CCTACCTAGG CGCCTCCTCC CAGAGCAGCT CCCCAGCCTC CAGCACTCCC 
AACTCCCCCG CGTCCTCGGC GTCGCACCAC ATCCGACCCA GCACCCTGCA TGGGCTGTCA 
CCGAAGCTCC ACCGCCAGTA CCGCTCTGCG CGCTGCAAGT CAGCCGGCAA CATCCCGCTG 
TCGCCACTGG CGCACACTCC ATCCCCGACG CAGGCGTCGC CGCCACCGTT GCCGGGCCAC 
ACCGTGGGCA GTTCGCACAC CACGCAGAGC TTCCCAGCCA AATTGCACTC GTCACCGCCG 
GTCGTGCGCC CGCGCCCCAA GAGTGCAGAG CCGCCGCGCT CGCCGCTGCT CAAGCGAGTG 
CAGTCGGCAG AGAAGCTGGG GGCCTCACTG GGCGCAGACA AGAAGGGCGC ACTGCGCAAA 
CACAGCCTCG AGGTGGGCCA CCCGGATTTC CGCAAGGACT TCCACGGCGA GCTGGCTCTG 
CATAGCCTAG CCGAGTCCGA CGGCGAGACG CCTCCCATCG AGGGTCCTGG AGCGTCCCGG 
CAAGTCACAA TGCGACGCCT GGGCCGCCAG GAATCGCCCC TAAGCTTGGG TGCGGACCCG 
TTGCTCCCTG AGGGCGCGCC CAGGCTAATG GCGTCAAGCA AGGAGAAGGA GTCTCCGGGA 
GGCGTGGAGG CCTGCACTCC ACCTCGCGCA ACAACCCCCG GGAGCCGGAC CCTGGAGCGG 
GATTCCGGCT GCACGCGGCA CCAGAGCGTG CAAACTGAAG ACGGCCAAGG CGGGGTGGCT 
AGGGCAGTGG CCAAGGCGGC GCTTAGTCCG GTGCAGGAAC ACGAGACCGG CCGGCGCAGT 
AGCTCGGGCG AGACAGGCAC ACCCGTGGTG CCCATTGTTG TGGAGCCCAC GCGGCCAAGG 
GTGAAGGCCC AGGCGCTCCA GCCTCTGGGC ACAGACTCCA AGGGATTGAA GGAACCTGTA 
CCCCTGGTGC CTCTGGTGCC TGATGCCCCA AGGGGCCGGG AGCGCTGGGT GCTGCAGGAG 
GTAGAGGAGC GGACCACGCT GAGCGGGCCA CGCTCCAAGC CTGTTTCCCC CAAACTCTCC 
CCGGATCCCC AGACTCCCAC TCTAGCCCCA ACAAAAAATG TGTCGGGAAA TGCAGGCCCT 
CCAGCTCCAC CCACTTCCCT CCGGGAAGTG GGGCTCACCT CCGGATCCCC TGTTGAGGCT 
GTGACTCCAG TAGGCCTGAC CAAAAAAGGG GCACCCAGCA TCGCACCCTC AGGCCCGTAG

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

PubMed

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オンライン注文

Mast1 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:

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Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム