MAST1A cDNA ORF clone, Danio rerio(Zebrafish)

Gene
Clones
gRNAs

Summary

Gene Symbol	MAST1A
Entrez Gene ID	796739
Full Name	microtubule associated serine/threonine kinase 1a
Synonyms	mast1,si:ch211-212h16.3
General protein information	Preferred Names microtubule associated serine/threonine kinase 1a Names microtubule-associated serine/threonine-protein kinase 1 microtubule associated serine/threonine kinase 1
Gene Type	protein-coding
Organism	Danio rerio(Zebrafish)

mRNA and Protein(s)

mRNA	Protein	Name
XM_001337092.6	XP_001337128.3	microtubule-associated serine/threonine-protein kinase 1 isoform X2
XM_001337092.5	XP_001337128.3	microtubule-associated serine/threonine-protein kinase 1 isoform X2
XM_009294431.3	XP_009292706.1	microtubule-associated serine/threonine-protein kinase 1 isoform X1
XM_009294431.2	XP_009292706.1	microtubule-associated serine/threonine-protein kinase 1 isoform X1

Pathways from BioSystems

Homologies

Bos taurus (cattle)	MAST1	NP_001178457.1
Danio rerio (zebrafish)	LOC796144	XP_001336447.3
Xenopus tropicalis (tropical clawed frog)	mast1	XP_002938529.2
Pan troglodytes (chimpanzee)	MAST1	XP_003316199.2
Danio rerio (zebrafish)	mast1a	XP_001337128.3
Canis lupus familiaris (dog)	MAST1	XP_005633268.1
Rattus norvegicus (Norway rat)	MAST1	NP_851603.1
Homo sapiens (human)	MAST1	NP_055790.1
Macaca mulatta (Rhesus monkey)	MAST1	XP_001109914.2
Mus musculus (house mouse)	Mast1	NP_064329.2

Gene Ontology

The following MAST1A gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MAST1A 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)
ODa06199	XM_001337092.6 Latest version!	Danio rerio microtubule associated serine/threonine kinase 1a (mast1a), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
ODa47101	XM_009294431.3 Latest version!	Danio rerio microtubule associated serine/threonine kinase 1a (mast1a), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
View Old Accession Versions >>
ODa06199	XM_001337092.5	Danio rerio microtubule associated serine/threonine kinase 1a (mast1a), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
ODa47101	XM_009294431.2	Danio rerio microtubule associated serine/threonine kinase 1a (mast1a), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
Hide Old Accession Versions >>

ORF Online Only Promotion

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

*Business Day

** 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)

MAST1A ( XM_001337092.6 ) cDNA ORF clone, Danio rerio(Zebrafish) -> XP_001337128.3 Danio rerio microtubule associated serine/threonine kinase 1a (mast1a), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ODa06199
Clone ID Related Accession (Same CDS sequence)	XM_001337092.6 , XM_001337092.5
Accession Version	XM_001337092.6 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5154bp) 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	1497369600000
Organism	Danio rerio(zebrafish)
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 (NC_007112.7) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 15, 2017 this sequence version replaced XM_001337092.5. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTCCGCC GAACCAAAAG CTGTCGCACC AGTAATCGCA AGAGTCTGAT CTTGACCAGC 
ACATCTCCAA CTCTTCCCCG ACCTCACTCT CCTCTGCCAG GACATATTGG AAGCAGCCCA 
CTGGACAGCC CGAGGACCTT CTCTCCCAGC GCACCCGCAC ACTTCTCCTT CGCTTCATCC 
AGACGGGCTG ATGGCAGACG CTGGTCTCTG GCTTCTCTTC CCTCGTCTGG ATATGGGACC 
AACACACCCA GCTCAACGTC TTCCAGCTCG TCTCAGGAGC GGCTCCATCA GTTGCCGTTT 
CAGCCCACAC TGGACGAGCT GCACTTCCTG ACCAAACACT TCGGGAGCAC GGAGAGCATC 
ACGGATGATG ACGGACGCCG ATCTCCGCAC ATGCGGCCTC GATCGCGCAG TCTCAGTCCA 
GGACGATCAT CTTCCTGCTA TGACAATGAG ATTGTCATGA TGAACCATGT TTACAAGGAG 
CGCTTTCCTA AGGCGACGGC TCAGATGGAG GAGCGTCTGG CGGACTTCAT CGAGTCGTAC 
TCTCCTGAGA ACGTGCTGCC GCTGGCTGAC GGGGTCCTCA GCTTCATCCA CCACCAGATC 
GCAGAGCTGT CCCGAAACTG CCTGACCAAA TCTCGCGAAG GCCTCATCAC TACTGTCTAC 
TTCTACGAGC TGCAGGAAAA CCTGGAGAAG CTCCTGCATG AAGCGTACGA GCGATCGGAG 
AGTTCAGAGC TGACCTTCAT CACTGAGCTG GTCAAGAAAC TCTTCATCAT CATCTCACGG 
CCTGCACGAC TGCTGGAGTG TCTGGAGTTT AACCCTGAGG AGTTTTACCA TCTCCTAGAG 
GCAGCGGAGG ATCACGCTAA AGAGGGCCAG CTGATGAAAG CAGACATCCC ACGATACATC 
ATCAGCCAGC TCGGCCTGAC CAGAGACCCG CTGGAAGATA TGGTGAATTT GGAGAGTTAT 
GACAGCGAGG GACCACACAC ACCGGAGACG GACGACTCAG CTGAAGGGAA GCTCAAAGCC 
ATCAAACCGC CCTGTGAATC CGACTTTCAG ACTATCAAAC TCATCAGCAA CGGAGCGTAT 
GGAGCTGTGT ATTTGGTCAG GCACAGAGAA ACTCGACAGC GCTTTGCAAT GAAGAAGATC 
AACAAACAGA ACCTGATCCT GCGGAACCAG ATCCAGCAGG CGTTCGTGGA GCGGGACATC 
CTGACCTTCG CTGAAAACCC CTTCGTGGTC AGCATGTTCT GTTCTTTTGA GACGCGCCGT 
CACCTGTGCA TGGTTATGGA GTACGTGGAG GGTGGCGACT GTGCGACTCT GCTGAAGAAT 
ATCGGAGCTC TTCCGGTGGA TATGGCTCGG ATGTACTTTG CCGAGACCGT TTTGGCGCTG 
GAGTACATTC ATAATTACGG CATCGTGCAC CGGGACCTGA AACCAGACAA TCTGTTGATC 
ACATCAATGG GTCACATTAA GCTGACTGAT TTCGGCCTGT CAAAGATGGG ACTCATGAAT 
CTCACCACTA ACCTGTATGA GGGACACATC GAGAAGGATG CCAGGGAGTT CCTGGATAAA 
CAGGTCTGCG GCACACCAGA GTATATCGCT CCAGAGGTCA TTCTCAGGCA GGGCTATGGG 
AAACCTGTGG ACTGGTGGGC TATGGGAATC ATCCTTTACG AATTCCTAGT GGGCTGCGTG 
CCGTTTTTCG GAGATACGCC TGAGGAGCTG TTTGGTCAGG TGATCACAGA TTATATTGAA 
TGGCCCAATG GAGATGAAGC ACTGCCTGCT GACGCTCAGA GCCTGATTTC GTCTCTGCTG 
CAAACCAACC CACTGGTGCG ACTTGGAACA GGTGGTGCGT TCGAAGTGAA GCAGCACTCG 
TTTTTCTCAG GACTGGACTG GAACGGTTTA CTCCGGCAGA AGGCCGAGTT CATCCCTCAT 
CTTGAGTCTG AAGAGGACAC CAGCTACTTC GACACACGCT CTGAACGCTA TCGCCACATC 
AACTCCTACG ATGAAGACGA CACCAATGAC GACGAGCCTG TGGAGATCAG ACAGTTCTCC 
TCCTGCTCGC CACGCTTCAG CAAGGTGTAT AGCAGCATGG AGCACCTGTC CCAGCTGGAG 
CAGAAGACAC CTGTAGTCAC CCGCCGGGAG CACAAAGGGC GCCGCGATGA CAAGATAACC 
AAGCGGGAGA GTTTCGGAAG CTTCAGTATG AGAGACAAGA GCTGGAGGAC AGGCTCACCT 
GAGATGAAGC GTCTGTCATG CTCTGAGTCT TTGTATATGG AGGGAGATTG CAGTCCTCCG 
ATGGGCGCCC GGCGTCGTTT TTCAGCCCTA ATGGACACGC ATAGATTTGC TTCTTCTCAA 
GAAGGCGATG GAGAGCGACA AGTTACTGCT AAAGCCACCG GATCATCAGA AGGAGCAGTT 
CCTCCATCCT CACCCAGTGC TAACGAACAG AGGAATGGAA AGGAAGTGAT GTCAATCAGC 
AGCAGTAAGA GTACAGACAA GGCATCAAGG CCAGGTGAGG TGTCAGCACC ACAGACCATA 
CCGTCTACAG GAGCCCCAGC AGTAATCTCT AGGGACTTGG TTGCCATTGG TGACCCCGTC 
GGTCAGAGGG CAACCAAAGA TCTGGTGCTT CGGCGAGCAC GCCATCAGCA GCTGTCTAGT 
GATGGGGAGA AACGCACCTC ACGTCCGGGG AACAAGGTCA TCAAATCTGC ATCTGCAACA 
GCACTCTCTG TCATTATACC TGGAGTTGAG CAGCATGGTA ACTCTCCATT GGCCAGCCCT 
ATGTCTCCAC GCTCTCTCTC GTCCAACCCC TCATCGCGAG ACTCTTCACC CAGCCGTGAC 
TACTGCCCCA CAGTCACGGT GCCCCGTTCC CCAATCACTA TCCAACGCTC TGGCAAAAAG 
TACGGGTTCA CACTCCGTGC CATTCGGGTC TACATAGGAG ACACTGACGT CTACAGTGTG 
CACCATATTG TCTGGCATGT AGAGGATGGA GGCCCTGCCC AGGAGGCGGG ACTGTGTGCC 
GGTGACCTCA TTACTCATGT CAATGGTGAA TCTGTGCACG GATTAGTCCA TACCGAGGTG 
GTAGAGCTTA TACTTAAGAG TGGAAACAAG GTTACTGTAA CCACAACACC TTTTGAGAAT 
ACATCCATTA AAGTGGGACC AGCACGCAGG TCCAGTTACA AGTCTAAGAT GGCCCGACGC 
AGTAAGAGGA CAGTCAAAGA GGGACAAGAA AGTAAGAGGC GCGGATCTTT GTTCCGCAAA 
ATAACTAAGC AGTCCAACCT GCTGCATACA AGCCGTAGTC TGTCATCTCT AAATCGGTCC 
CTGTCATCTA GCGATAGTCT TCCTGGGTCT CCTACACATA GCCTGTCAGG TCACTCCCCT 
ACCCAAAGCT ACCGCTCAAC CCCTGAGTCA TCCCACCTTG GTGCCTCTTC TCAGAGCAGC 
TCTCCTGCTT CAAGTACCCC AAATTCCCCT GCAACAACAC AGCATATGAG ACCCAGCTCC 
CTGCATGGTC TTTCACCTAA ACTACACCGC CAGTATCGTT CAGCTCGCTG CAAGTCAGCT 
GGCAACATCC CTTTGTCTCC GCTGGCTCAT ACACCATCTC CAACTCAATC CTCTCCACCT 
CCTTTACCAG GGCACACAGT CGGAAGCTCC AACACGACGC AAACCTTTCC TGCAAAATTA 
CACTCATCCC CACCAATAAT AAGACCTAGA CCCAAGAGTG CAGAACCTCC TCGATCACCG 
CTACTCAAAA GAGTGCAGTC AGCTGAAAAA CTTGGATCAC CGCTTTCATC TTCATCTGAG 
AAGAAAGGGG GGATTGGGGT TATGAGAAAG CACAGTTTGG AGGTCGGACA TTCTGATTAT 
CGCAAAGATG GTTTCCATTG TGAGCTTGGC TTGCAGAGTT TGGTGGAAAT TGAGGGTGAG 
AATTTGGCTT CGGCACCAAC AAATTCTCCT TCACCCACCC AGCCGACCCC ATTACCACCT 
GAAACTGGTG TGCTGAAGCC AGTCAGGAAA CTAGGCCGGC AAGAGTCACC TTTGAGTAGA 
GATGCTTTGC TTGCTGGGAG AGAAAGGGAG AGAGAAAGGG AGAGAGAAAG GGAGAGGACT 
GGTAAAGCTA ATGAACCAAG TCGACCTACT GAATCTAAAC CAGCGGCAGT TACTCCACCT 
GGGAGTAAGA CATCTCCAAA TTCTGAAACA TCTCAACGCC ACACTTCCAC TATACAAGAA 
TGTTGCCTAG TCAAACCTCA AACTTGGCAA CCACCACTAA CCAAATCTTC TCCAATAGCA 
TCAGAGTCCA AGTCTAATAT AGTAACCTCC ATTCCGTCGC CCCTTACAAC AGTGTCTTCC 
CCTTCTACCA AAACAATAGA TCAGAGTTCC ATTAGAGAAG AGGGAAATGA CGACAAAGGA 
AGTCTTACAA AGATTCCTCA AAGCCAGACA CTAGGAACCA CCAAGTCCCC ACTCTCATTA 
ATTCCATCAG AGTTAATCAA CAAAGACTTA TTAGAGAAAG GAGGAAATGA TAACGGGAAA 
AAGCAAGTGA AATCAGACGT TGGCAATACT TCAGCTCAAG GCAAGCCAAG TATACCATGT 
AGTCCCCCTG TGAAAACAAC AAGCACAGAG GTTACCAAAG CAAATGAGGG ATTCGGTAAT 
GGTGACAGTC TCAAGAAGGG AGTATTAGAC CCACATAGCA GAACGTCAGA TGTCAGGGTA 
AGAACTGCCT TAGCACCATC CAAAGGGCTT GTCCCATCTC ACCCACCCCA GACGCAGTGC 
TCTGCCTTGG GAAAACTTAG GCAGGACAAG GGCCTATCTG CTGTTAGCTG CTACCGTGGA 
TCATTTGATT GGGAGGATAA ATGTCTCTTG GAGGTTGTAG AAGAACACTC TCCATCCCCA 
ACTCCTTCTC CAACCGGAGT GCCTCCTGAT TTGCTCAAAT CTCAACCTCC TGCAGAAAGG 
ACTGGTTTGG TTACACACTT GACAAGCACA GGGAAATCTA TAGGGGCTGT AAAAGGTGGA 
ACTCAGGAGG GGCCTAAGGC CAAAGATACC AACAAATCTT TGGAGATTAC CCAGGCATGT 
GCACCAGGTA GGCCTGAATC ATCTCCTGAG GGTAGACCAA ACTCCAAAGG AGCCAGTCCT 
ACTAGCTCTT CTCCACAGGT GAAGACTCTC ATTACTCCTA AGAACGGCTC TTGA

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

RefSeq	XP_001337128.3
CDS	355..5508
Translation	MFRRTKSCRTSNRKSLILTSTSPTLPRPHSPLPGHIGSSPLDSPRTFSPSAPAHFSFASSRRADGRRWSLASLPSSGYGTNTPSSTSSSSSQERLHQLPFQPTLDELHFLTKHFGSTESITDDDGRRSPHMRPRSRSLSPGRSSSCYDNEIVMMNHVYKERFPKATAQMEERLADFIESYSPENVLPLADGVLSFIHHQIAELSRNCLTKSREGLITTVYFYELQENLEKLLHEAYERSESSELTFITELVKKLFIIISRPARLLECLEFNPEEFYHLLEAAEDHAKEGQLMKADIPRYIISQLGLTRDPLEDMVNLESYDSEGPHTPETDDSAEGKLKAIKPPCESDFQTIKLISNGAYGAVYLVRHRETRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVSMFCSFETRRHLCMVMEYVEGGDCATLLKNIGALPVDMARMYFAETVLALEYIHNYGIVHRDLKPDNLLITSMGHIKLTDFGLSKMGLMNLTTNLYEGHIEKDAREFLDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVITDYIEWPNGDEALPADAQSLISSLLQTNPLVRLGTGGAFEVKQHSFFSGLDWNGLLRQKAEFIPHLESEEDTSYFDTRSERYRHINSYDEDDTNDDEPVEIRQFSSCSPRFSKVYSSMEHLSQLEQKTPVVTRREHKGRRDDKITKRESFGSFSMRDKSWRTGSPEMKRLSCSESLYMEGDCSPPMGARRRFSALMDTHRFASSQEGDGERQVTAKATGSSEGAVPPSSPSANEQRNGKEVMSISSSKSTDKASRPGEVSAPQTIPSTGAPAVISRDLVAIGDPVGQRATKDLVLRRARHQQLSSDGEKRTSRPGNKVIKSASATALSVIIPGVEQHGNSPLASPMSPRSLSSNPSSRDSSPSRDYCPTVTVPRSPITIQRSGKKYGFTLRAIRVYIGDTDVYSVHHIVWHVEDGGPAQEAGLCAGDLITHVNGESVHGLVHTEVVELILKSGNKVTVTTTPFENTSIKVGPARRSSYKSKMARRSKRTVKEGQESKRRGSLFRKITKQSNLLHTSRSLSSLNRSLSSSDSLPGSPTHSLSGHSPTQSYRSTPESSHLGASSQSSSPASSTPNSPATTQHMRPSSLHGLSPKLHRQYRSARCKSAGNIPLSPLAHTPSPTQSSPPPLPGHTVGSSNTTQTFPAKLHSSPPIIRPRPKSAEPPRSPLLKRVQSAEKLGSPLSSSSEKKGGIGVMRKHSLEVGHSDYRKDGFHCELGLQSLVEIEGENLASAPTNSPSPTQPTPLPPETGVLKPVRKLGRQESPLSRDALLAGRERERERERERERTGKANEPSRPTESKPAAVTPPGSKTSPNSETSQRHTSTIQECCLVKPQTWQPPLTKSSPIASESKSNIVTSIPSPLTTVSSPSTKTIDQSSIREEGNDDKGSLTKIPQSQTLGTTKSPLSLIPSELINKDLLEKGGNDNGKKQVKSDVGNTSAQGKPSIPCSPPVKTTSTEVTKANEGFGNGDSLKKGVLDPHSRTSDVRVRTALAPSKGLVPSHPPQTQCSALGKLRQDKGLSAVSCYRGSFDWEDKCLLEVVEEHSPSPTPSPTGVPPDLLKSQPPAERTGLVTHLTSTGKSIGAVKGGTQEGPKAKDTNKSLEITQACAPGRPESSPEGRPNSKGASPTSSSPQVKTLITPKNGS

Target ORF information:

RefSeq Version	XM_001337092.6
Organism	Danio rerio(zebrafish)
Definition	Danio rerio microtubule associated serine/threonine kinase 1a (mast1a), transcript variant X2, mRNA.

Target ORF information:

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

XM_001337092.6

ORF Insert Sequence:

ATGTTCCGCC GAACCAAAAG CTGTCGCACC AGTAATCGCA AGAGTCTGAT CTTGACCAGC 
ACATCTCCAA CTCTTCCCCG ACCTCACTCT CCTCTGCCAG GACATATTGG AAGCAGCCCA 
CTGGACAGCC CGAGGACCTT CTCTCCCAGC GCACCCGCAC ACTTCTCCTT CGCTTCATCC 
AGACGGGCTG ATGGCAGACG CTGGTCTCTG GCTTCTCTTC CCTCGTCTGG ATATGGGACC 
AACACACCCA GCTCAACGTC TTCCAGCTCG TCTCAGGAGC GGCTCCATCA GTTGCCGTTT 
CAGCCCACAC TGGACGAGCT GCACTTCCTG ACCAAACACT TCGGGAGCAC GGAGAGCATC 
ACGGATGATG ACGGACGCCG ATCTCCGCAC ATGCGGCCTC GATCGCGCAG TCTCAGTCCA 
GGACGATCAT CTTCCTGCTA TGACAATGAG ATTGTCATGA TGAACCATGT TTACAAGGAG 
CGCTTTCCTA AGGCGACGGC TCAGATGGAG GAGCGTCTGG CGGACTTCAT CGAGTCGTAC 
TCTCCTGAGA ACGTGCTGCC GCTGGCTGAC GGGGTCCTCA GCTTCATCCA CCACCAGATC 
GCAGAGCTGT CCCGAAACTG CCTGACCAAA TCTCGCGAAG GCCTCATCAC TACTGTCTAC 
TTCTACGAGC TGCAGGAAAA CCTGGAGAAG CTCCTGCATG AAGCGTACGA GCGATCGGAG 
AGTTCAGAGC TGACCTTCAT CACTGAGCTG GTCAAGAAAC TCTTCATCAT CATCTCACGG 
CCTGCACGAC TGCTGGAGTG TCTGGAGTTT AACCCTGAGG AGTTTTACCA TCTCCTAGAG 
GCAGCGGAGG ATCACGCTAA AGAGGGCCAG CTGATGAAAG CAGACATCCC ACGATACATC 
ATCAGCCAGC TCGGCCTGAC CAGAGACCCG CTGGAAGATA TGGTGAATTT GGAGAGTTAT 
GACAGCGAGG GACCACACAC ACCGGAGACG GACGACTCAG CTGAAGGGAA GCTCAAAGCC 
ATCAAACCGC CCTGTGAATC CGACTTTCAG ACTATCAAAC TCATCAGCAA CGGAGCGTAT 
GGAGCTGTGT ATTTGGTCAG GCACAGAGAA ACTCGACAGC GCTTTGCAAT GAAGAAGATC 
AACAAACAGA ACCTGATCCT GCGGAACCAG ATCCAGCAGG CGTTCGTGGA GCGGGACATC 
CTGACCTTCG CTGAAAACCC CTTCGTGGTC AGCATGTTCT GTTCTTTTGA GACGCGCCGT 
CACCTGTGCA TGGTTATGGA GTACGTGGAG GGTGGCGACT GTGCGACTCT GCTGAAGAAT 
ATCGGAGCTC TTCCGGTGGA TATGGCTCGG ATGTACTTTG CCGAGACCGT TTTGGCGCTG 
GAGTACATTC ATAATTACGG CATCGTGCAC CGGGACCTGA AACCAGACAA TCTGTTGATC 
ACATCAATGG GTCACATTAA GCTGACTGAT TTCGGCCTGT CAAAGATGGG ACTCATGAAT 
CTCACCACTA ACCTGTATGA GGGACACATC GAGAAGGATG CCAGGGAGTT CCTGGATAAA 
CAGGTCTGCG GCACACCAGA GTATATCGCT CCAGAGGTCA TTCTCAGGCA GGGCTATGGG 
AAACCTGTGG ACTGGTGGGC TATGGGAATC ATCCTTTACG AATTCCTAGT GGGCTGCGTG 
CCGTTTTTCG GAGATACGCC TGAGGAGCTG TTTGGTCAGG TGATCACAGA TTATATTGAA 
TGGCCCAATG GAGATGAAGC ACTGCCTGCT GACGCTCAGA GCCTGATTTC GTCTCTGCTG 
CAAACCAACC CACTGGTGCG ACTTGGAACA GGTGGTGCGT TCGAAGTGAA GCAGCACTCG 
TTTTTCTCAG GACTGGACTG GAACGGTTTA CTCCGGCAGA AGGCCGAGTT CATCCCTCAT 
CTTGAGTCTG AAGAGGACAC CAGCTACTTC GACACACGCT CTGAACGCTA TCGCCACATC 
AACTCCTACG ATGAAGACGA CACCAATGAC GACGAGCCTG TGGAGATCAG ACAGTTCTCC 
TCCTGCTCGC CACGCTTCAG CAAGGTGTAT AGCAGCATGG AGCACCTGTC CCAGCTGGAG 
CAGAAGACAC CTGTAGTCAC CCGCCGGGAG CACAAAGGGC GCCGCGATGA CAAGATAACC 
AAGCGGGAGA GTTTCGGAAG CTTCAGTATG AGAGACAAGA GCTGGAGGAC AGGCTCACCT 
GAGATGAAGC GTCTGTCATG CTCTGAGTCT TTGTATATGG AGGGAGATTG CAGTCCTCCG 
ATGGGCGCCC GGCGTCGTTT TTCAGCCCTA ATGGACACGC ATAGATTTGC TTCTTCTCAA 
GAAGGCGATG GAGAGCGACA AGTTACTGCT AAAGCCACCG GATCATCAGA AGGAGCAGTT 
CCTCCATCCT CACCCAGTGC TAACGAACAG AGGAATGGAA AGGAAGTGAT GTCAATCAGC 
AGCAGTAAGA GTACAGACAA GGCATCAAGG CCAGGTGAGG TGTCAGCACC ACAGACCATA 
CCGTCTACAG GAGCCCCAGC AGTAATCTCT AGGGACTTGG TTGCCATTGG TGACCCCGTC 
GGTCAGAGGG CAACCAAAGA TCTGGTGCTT CGGCGAGCAC GCCATCAGCA GCTGTCTAGT 
GATGGGGAGA AACGCACCTC ACGTCCGGGG AACAAGGTCA TCAAATCTGC ATCTGCAACA 
GCACTCTCTG TCATTATACC TGGAGTTGAG CAGCATGGTA ACTCTCCATT GGCCAGCCCT 
ATGTCTCCAC GCTCTCTCTC GTCCAACCCC TCATCGCGAG ACTCTTCACC CAGCCGTGAC 
TACTGCCCCA CAGTCACGGT GCCCCGTTCC CCAATCACTA TCCAACGCTC TGGCAAAAAG 
TACGGGTTCA CACTCCGTGC CATTCGGGTC TACATAGGAG ACACTGACGT CTACAGTGTG 
CACCATATTG TCTGGCATGT AGAGGATGGA GGCCCTGCCC AGGAGGCGGG ACTGTGTGCC 
GGTGACCTCA TTACTCATGT CAATGGTGAA TCTGTGCACG GATTAGTCCA TACCGAGGTG 
GTAGAGCTTA TACTTAAGAG TGGAAACAAG GTTACTGTAA CCACAACACC TTTTGAGAAT 
ACATCCATTA AAGTGGGACC AGCACGCAGG TCCAGTTACA AGTCTAAGAT GGCCCGACGC 
AGTAAGAGGA CAGTCAAAGA GGGACAAGAA AGTAAGAGGC GCGGATCTTT GTTCCGCAAA 
ATAACTAAGC AGTCCAACCT GCTGCATACA AGCCGTAGTC TGTCATCTCT AAATCGGTCC 
CTGTCATCTA GCGATAGTCT TCCTGGGTCT CCTACACATA GCCTGTCAGG TCACTCCCCT 
ACCCAAAGCT ACCGCTCAAC CCCTGAGTCA TCCCACCTTG GTGCCTCTTC TCAGAGCAGC 
TCTCCTGCTT CAAGTACCCC AAATTCCCCT GCAACAACAC AGCATATGAG ACCCAGCTCC 
CTGCATGGTC TTTCACCTAA ACTACACCGC CAGTATCGTT CAGCTCGCTG CAAGTCAGCT 
GGCAACATCC CTTTGTCTCC GCTGGCTCAT ACACCATCTC CAACTCAATC CTCTCCACCT 
CCTTTACCAG GGCACACAGT CGGAAGCTCC AACACGACGC AAACCTTTCC TGCAAAATTA 
CACTCATCCC CACCAATAAT AAGACCTAGA CCCAAGAGTG CAGAACCTCC TCGATCACCG 
CTACTCAAAA GAGTGCAGTC AGCTGAAAAA CTTGGATCAC CGCTTTCATC TTCATCTGAG 
AAGAAAGGGG GGATTGGGGT TATGAGAAAG CACAGTTTGG AGGTCGGACA TTCTGATTAT 
CGCAAAGATG GTTTCCATTG TGAGCTTGGC TTGCAGAGTT TGGTGGAAAT TGAGGGTGAG 
AATTTGGCTT CGGCACCAAC AAATTCTCCT TCACCCACCC AGCCGACCCC ATTACCACCT 
GAAACTGGTG TGCTGAAGCC AGTCAGGAAA CTAGGCCGGC AAGAGTCACC TTTGAGTAGA 
GATGCTTTGC TTGCTGGGAG AGAAAGGGAG AGAGAAAGGG AGAGAGAAAG GGAGAGGACT 
GGTAAAGCTA ATGAACCAAG TCGACCTACT GAATCTAAAC CAGCGGCAGT TACTCCACCT 
GGGAGTAAGA CATCTCCAAA TTCTGAAACA TCTCAACGCC ACACTTCCAC TATACAAGAA 
TGTTGCCTAG TCAAACCTCA AACTTGGCAA CCACCACTAA CCAAATCTTC TCCAATAGCA 
TCAGAGTCCA AGTCTAATAT AGTAACCTCC ATTCCGTCGC CCCTTACAAC AGTGTCTTCC 
CCTTCTACCA AAACAATAGA TCAGAGTTCC ATTAGAGAAG AGGGAAATGA CGACAAAGGA 
AGTCTTACAA AGATTCCTCA AAGCCAGACA CTAGGAACCA CCAAGTCCCC ACTCTCATTA 
ATTCCATCAG AGTTAATCAA CAAAGACTTA TTAGAGAAAG GAGGAAATGA TAACGGGAAA 
AAGCAAGTGA AATCAGACGT TGGCAATACT TCAGCTCAAG GCAAGCCAAG TATACCATGT 
AGTCCCCCTG TGAAAACAAC AAGCACAGAG GTTACCAAAG CAAATGAGGG ATTCGGTAAT 
GGTGACAGTC TCAAGAAGGG AGTATTAGAC CCACATAGCA GAACGTCAGA TGTCAGGGTA 
AGAACTGCCT TAGCACCATC CAAAGGGCTT GTCCCATCTC ACCCACCCCA GACGCAGTGC 
TCTGCCTTGG GAAAACTTAG GCAGGACAAG GGCCTATCTG CTGTTAGCTG CTACCGTGGA 
TCATTTGATT GGGAGGATAA ATGTCTCTTG GAGGTTGTAG AAGAACACTC TCCATCCCCA 
ACTCCTTCTC CAACCGGAGT GCCTCCTGAT TTGCTCAAAT CTCAACCTCC TGCAGAAAGG 
ACTGGTTTGG TTACACACTT GACAAGCACA GGGAAATCTA TAGGGGCTGT AAAAGGTGGA 
ACTCAGGAGG GGCCTAAGGC CAAAGATACC AACAAATCTT TGGAGATTAC CCAGGCATGT 
GCACCAGGTA GGCCTGAATC ATCTCCTGAG GGTAGACCAA ACTCCAAAGG AGCCAGTCCT 
ACTAGCTCTT CTCCACAGGT GAAGACTCTC ATTACTCCTA AGAACGGCTC TTGA

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

MAST1A ( XM_001337092.5 ) cDNA ORF clone, Danio rerio(Zebrafish) -> XP_001337128.3 Danio rerio microtubule associated serine/threonine kinase 1a (mast1a), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ODa06199
Clone ID Related Accession (Same CDS sequence)	XM_001337092.6 , XM_001337092.5
Accession Version	XM_001337092.5	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5154bp) 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	1466611200000
Organism	Danio rerio(Zebrafish)
Product	microtubule-associated serine/threonine-protein kinase 1 isoform X2
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007112.6) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2016 this sequence version replaced XM_001337092.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 105 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##

ATGTTCCGCC GAACCAAAAG CTGTCGCACC AGTAATCGCA AGAGTCTGAT CTTGACCAGC 
ACATCTCCAA CTCTTCCCCG ACCTCACTCT CCTCTGCCAG GACATATTGG AAGCAGCCCA 
CTGGACAGCC CGAGGACCTT CTCTCCCAGC GCACCCGCAC ACTTCTCCTT CGCTTCATCC 
AGACGGGCTG ATGGCAGACG CTGGTCTCTG GCTTCTCTTC CCTCGTCTGG ATATGGGACC 
AACACACCCA GCTCAACGTC TTCCAGCTCG TCTCAGGAGC GGCTCCATCA GTTGCCGTTT 
CAGCCCACAC TGGACGAGCT GCACTTCCTG ACCAAACACT TCGGGAGCAC GGAGAGCATC 
ACGGATGATG ACGGACGCCG ATCTCCGCAC ATGCGGCCTC GATCGCGCAG TCTCAGTCCA 
GGACGATCAT CTTCCTGCTA TGACAATGAG ATTGTCATGA TGAACCATGT TTACAAGGAG 
CGCTTTCCTA AGGCGACGGC TCAGATGGAG GAGCGTCTGG CGGACTTCAT CGAGTCGTAC 
TCTCCTGAGA ACGTGCTGCC GCTGGCTGAC GGGGTCCTCA GCTTCATCCA CCACCAGATC 
GCAGAGCTGT CCCGAAACTG CCTGACCAAA TCTCGCGAAG GCCTCATCAC TACTGTCTAC 
TTCTACGAGC TGCAGGAAAA CCTGGAGAAG CTCCTGCATG AAGCGTACGA GCGATCGGAG 
AGTTCAGAGC TGACCTTCAT CACTGAGCTG GTCAAGAAAC TCTTCATCAT CATCTCACGG 
CCTGCACGAC TGCTGGAGTG TCTGGAGTTT AACCCTGAGG AGTTTTACCA TCTCCTAGAG 
GCAGCGGAGG ATCACGCTAA AGAGGGCCAG CTGATGAAAG CAGACATCCC ACGATACATC 
ATCAGCCAGC TCGGCCTGAC CAGAGACCCG CTGGAAGATA TGGTGAATTT GGAGAGTTAT 
GACAGCGAGG GACCACACAC ACCGGAGACG GACGACTCAG CTGAAGGGAA GCTCAAAGCC 
ATCAAACCGC CCTGTGAATC CGACTTTCAG ACTATCAAAC TCATCAGCAA CGGAGCGTAT 
GGAGCTGTGT ATTTGGTCAG GCACAGAGAA ACTCGACAGC GCTTTGCAAT GAAGAAGATC 
AACAAACAGA ACCTGATCCT GCGGAACCAG ATCCAGCAGG CGTTCGTGGA GCGGGACATC 
CTGACCTTCG CTGAAAACCC CTTCGTGGTC AGCATGTTCT GTTCTTTTGA GACGCGCCGT 
CACCTGTGCA TGGTTATGGA GTACGTGGAG GGTGGCGACT GTGCGACTCT GCTGAAGAAT 
ATCGGAGCTC TTCCGGTGGA TATGGCTCGG ATGTACTTTG CCGAGACCGT TTTGGCGCTG 
GAGTACATTC ATAATTACGG CATCGTGCAC CGGGACCTGA AACCAGACAA TCTGTTGATC 
ACATCAATGG GTCACATTAA GCTGACTGAT TTCGGCCTGT CAAAGATGGG ACTCATGAAT 
CTCACCACTA ACCTGTATGA GGGACACATC GAGAAGGATG CCAGGGAGTT CCTGGATAAA 
CAGGTCTGCG GCACACCAGA GTATATCGCT CCAGAGGTCA TTCTCAGGCA GGGCTATGGG 
AAACCTGTGG ACTGGTGGGC TATGGGAATC ATCCTTTACG AATTCCTAGT GGGCTGCGTG 
CCGTTTTTCG GAGATACGCC TGAGGAGCTG TTTGGTCAGG TGATCACAGA TTATATTGAA 
TGGCCCAATG GAGATGAAGC ACTGCCTGCT GACGCTCAGA GCCTGATTTC GTCTCTGCTG 
CAAACCAACC CACTGGTGCG ACTTGGAACA GGTGGTGCGT TCGAAGTGAA GCAGCACTCG 
TTTTTCTCAG GACTGGACTG GAACGGTTTA CTCCGGCAGA AGGCCGAGTT CATCCCTCAT 
CTTGAGTCTG AAGAGGACAC CAGCTACTTC GACACACGCT CTGAACGCTA TCGCCACATC 
AACTCCTACG ATGAAGACGA CACCAATGAC GACGAGCCTG TGGAGATCAG ACAGTTCTCC 
TCCTGCTCGC CACGCTTCAG CAAGGTGTAT AGCAGCATGG AGCACCTGTC CCAGCTGGAG 
CAGAAGACAC CTGTAGTCAC CCGCCGGGAG CACAAAGGGC GCCGCGATGA CAAGATAACC 
AAGCGGGAGA GTTTCGGAAG CTTCAGTATG AGAGACAAGA GCTGGAGGAC AGGCTCACCT 
GAGATGAAGC GTCTGTCATG CTCTGAGTCT TTGTATATGG AGGGAGATTG CAGTCCTCCG 
ATGGGCGCCC GGCGTCGTTT TTCAGCCCTA ATGGACACGC ATAGATTTGC TTCTTCTCAA 
GAAGGCGATG GAGAGCGACA AGTTACTGCT AAAGCCACCG GATCATCAGA AGGAGCAGTT 
CCTCCATCCT CACCCAGTGC TAACGAACAG AGGAATGGAA AGGAAGTGAT GTCAATCAGC 
AGCAGTAAGA GTACAGACAA GGCATCAAGG CCAGGTGAGG TGTCAGCACC ACAGACCATA 
CCGTCTACAG GAGCCCCAGC AGTAATCTCT AGGGACTTGG TTGCCATTGG TGACCCCGTC 
GGTCAGAGGG CAACCAAAGA TCTGGTGCTT CGGCGAGCAC GCCATCAGCA GCTGTCTAGT 
GATGGGGAGA AACGCACCTC ACGTCCGGGG AACAAGGTCA TCAAATCTGC ATCTGCAACA 
GCACTCTCTG TCATTATACC TGGAGTTGAG CAGCATGGTA ACTCTCCATT GGCCAGCCCT 
ATGTCTCCAC GCTCTCTCTC GTCCAACCCC TCATCGCGAG ACTCTTCACC CAGCCGTGAC 
TACTGCCCCA CAGTCACGGT GCCCCGTTCC CCAATCACTA TCCAACGCTC TGGCAAAAAG 
TACGGGTTCA CACTCCGTGC CATTCGGGTC TACATAGGAG ACACTGACGT CTACAGTGTG 
CACCATATTG TCTGGCATGT AGAGGATGGA GGCCCTGCCC AGGAGGCGGG ACTGTGTGCC 
GGTGACCTCA TTACTCATGT CAATGGTGAA TCTGTGCACG GATTAGTCCA TACCGAGGTG 
GTAGAGCTTA TACTTAAGAG TGGAAACAAG GTTACTGTAA CCACAACACC TTTTGAGAAT 
ACATCCATTA AAGTGGGACC AGCACGCAGG TCCAGTTACA AGTCTAAGAT GGCCCGACGC 
AGTAAGAGGA CAGTCAAAGA GGGACAAGAA AGTAAGAGGC GCGGATCTTT GTTCCGCAAA 
ATAACTAAGC AGTCCAACCT GCTGCATACA AGCCGTAGTC TGTCATCTCT AAATCGGTCC 
CTGTCATCTA GCGATAGTCT TCCTGGGTCT CCTACACATA GCCTGTCAGG TCACTCCCCT 
ACCCAAAGCT ACCGCTCAAC CCCTGAGTCA TCCCACCTTG GTGCCTCTTC TCAGAGCAGC 
TCTCCTGCTT CAAGTACCCC AAATTCCCCT GCAACAACAC AGCATATGAG ACCCAGCTCC 
CTGCATGGTC TTTCACCTAA ACTACACCGC CAGTATCGTT CAGCTCGCTG CAAGTCAGCT 
GGCAACATCC CTTTGTCTCC GCTGGCTCAT ACACCATCTC CAACTCAATC CTCTCCACCT 
CCTTTACCAG GGCACACAGT CGGAAGCTCC AACACGACGC AAACCTTTCC TGCAAAATTA 
CACTCATCCC CACCAATAAT AAGACCTAGA CCCAAGAGTG CAGAACCTCC TCGATCACCG 
CTACTCAAAA GAGTGCAGTC AGCTGAAAAA CTTGGATCAC CGCTTTCATC TTCATCTGAG 
AAGAAAGGGG GGATTGGGGT TATGAGAAAG CACAGTTTGG AGGTCGGACA TTCTGATTAT 
CGCAAAGATG GTTTCCATTG TGAGCTTGGC TTGCAGAGTT TGGTGGAAAT TGAGGGTGAG 
AATTTGGCTT CGGCACCAAC AAATTCTCCT TCACCCACCC AGCCGACCCC ATTACCACCT 
GAAACTGGTG TGCTGAAGCC AGTCAGGAAA CTAGGCCGGC AAGAGTCACC TTTGAGTAGA 
GATGCTTTGC TTGCTGGGAG AGAAAGGGAG AGAGAAAGGG AGAGAGAAAG GGAGAGGACT 
GGTAAAGCTA ATGAACCAAG TCGACCTACT GAATCTAAAC CAGCGGCAGT TACTCCACCT 
GGGAGTAAGA CATCTCCAAA TTCTGAAACA TCTCAACGCC ACACTTCCAC TATACAAGAA 
TGTTGCCTAG TCAAACCTCA AACTTGGCAA CCACCACTAA CCAAATCTTC TCCAATAGCA 
TCAGAGTCCA AGTCTAATAT AGTAACCTCC ATTCCGTCGC CCCTTACAAC AGTGTCTTCC 
CCTTCTACCA AAACAATAGA TCAGAGTTCC ATTAGAGAAG AGGGAAATGA CGACAAAGGA 
AGTCTTACAA AGATTCCTCA AAGCCAGACA CTAGGAACCA CCAAGTCCCC ACTCTCATTA 
ATTCCATCAG AGTTAATCAA CAAAGACTTA TTAGAGAAAG GAGGAAATGA TAACGGGAAA 
AAGCAAGTGA AATCAGACGT TGGCAATACT TCAGCTCAAG GCAAGCCAAG TATACCATGT 
AGTCCCCCTG TGAAAACAAC AAGCACAGAG GTTACCAAAG CAAATGAGGG ATTCGGTAAT 
GGTGACAGTC TCAAGAAGGG AGTATTAGAC CCACATAGCA GAACGTCAGA TGTCAGGGTA 
AGAACTGCCT TAGCACCATC CAAAGGGCTT GTCCCATCTC ACCCACCCCA GACGCAGTGC 
TCTGCCTTGG GAAAACTTAG GCAGGACAAG GGCCTATCTG CTGTTAGCTG CTACCGTGGA 
TCATTTGATT GGGAGGATAA ATGTCTCTTG GAGGTTGTAG AAGAACACTC TCCATCCCCA 
ACTCCTTCTC CAACCGGAGT GCCTCCTGAT TTGCTCAAAT CTCAACCTCC TGCAGAAAGG 
ACTGGTTTGG TTACACACTT GACAAGCACA GGGAAATCTA TAGGGGCTGT AAAAGGTGGA 
ACTCAGGAGG GGCCTAAGGC CAAAGATACC AACAAATCTT TGGAGATTAC CCAGGCATGT 
GCACCAGGTA GGCCTGAATC ATCTCCTGAG GGTAGACCAA ACTCCAAAGG AGCCAGTCCT 
ACTAGCTCTT CTCCACAGGT GAAGACTCTC ATTACTCCTA AGAACGGCTC TTGA

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

RefSeq	XP_001337128.3
CDS	352..5505
Translation	MFRRTKSCRTSNRKSLILTSTSPTLPRPHSPLPGHIGSSPLDSPRTFSPSAPAHFSFASSRRADGRRWSLASLPSSGYGTNTPSSTSSSSSQERLHQLPFQPTLDELHFLTKHFGSTESITDDDGRRSPHMRPRSRSLSPGRSSSCYDNEIVMMNHVYKERFPKATAQMEERLADFIESYSPENVLPLADGVLSFIHHQIAELSRNCLTKSREGLITTVYFYELQENLEKLLHEAYERSESSELTFITELVKKLFIIISRPARLLECLEFNPEEFYHLLEAAEDHAKEGQLMKADIPRYIISQLGLTRDPLEDMVNLESYDSEGPHTPETDDSAEGKLKAIKPPCESDFQTIKLISNGAYGAVYLVRHRETRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVSMFCSFETRRHLCMVMEYVEGGDCATLLKNIGALPVDMARMYFAETVLALEYIHNYGIVHRDLKPDNLLITSMGHIKLTDFGLSKMGLMNLTTNLYEGHIEKDAREFLDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVITDYIEWPNGDEALPADAQSLISSLLQTNPLVRLGTGGAFEVKQHSFFSGLDWNGLLRQKAEFIPHLESEEDTSYFDTRSERYRHINSYDEDDTNDDEPVEIRQFSSCSPRFSKVYSSMEHLSQLEQKTPVVTRREHKGRRDDKITKRESFGSFSMRDKSWRTGSPEMKRLSCSESLYMEGDCSPPMGARRRFSALMDTHRFASSQEGDGERQVTAKATGSSEGAVPPSSPSANEQRNGKEVMSISSSKSTDKASRPGEVSAPQTIPSTGAPAVISRDLVAIGDPVGQRATKDLVLRRARHQQLSSDGEKRTSRPGNKVIKSASATALSVIIPGVEQHGNSPLASPMSPRSLSSNPSSRDSSPSRDYCPTVTVPRSPITIQRSGKKYGFTLRAIRVYIGDTDVYSVHHIVWHVEDGGPAQEAGLCAGDLITHVNGESVHGLVHTEVVELILKSGNKVTVTTTPFENTSIKVGPARRSSYKSKMARRSKRTVKEGQESKRRGSLFRKITKQSNLLHTSRSLSSLNRSLSSSDSLPGSPTHSLSGHSPTQSYRSTPESSHLGASSQSSSPASSTPNSPATTQHMRPSSLHGLSPKLHRQYRSARCKSAGNIPLSPLAHTPSPTQSSPPPLPGHTVGSSNTTQTFPAKLHSSPPIIRPRPKSAEPPRSPLLKRVQSAEKLGSPLSSSSEKKGGIGVMRKHSLEVGHSDYRKDGFHCELGLQSLVEIEGENLASAPTNSPSPTQPTPLPPETGVLKPVRKLGRQESPLSRDALLAGRERERERERERERTGKANEPSRPTESKPAAVTPPGSKTSPNSETSQRHTSTIQECCLVKPQTWQPPLTKSSPIASESKSNIVTSIPSPLTTVSSPSTKTIDQSSIREEGNDDKGSLTKIPQSQTLGTTKSPLSLIPSELINKDLLEKGGNDNGKKQVKSDVGNTSAQGKPSIPCSPPVKTTSTEVTKANEGFGNGDSLKKGVLDPHSRTSDVRVRTALAPSKGLVPSHPPQTQCSALGKLRQDKGLSAVSCYRGSFDWEDKCLLEVVEEHSPSPTPSPTGVPPDLLKSQPPAERTGLVTHLTSTGKSIGAVKGGTQEGPKAKDTNKSLEITQACAPGRPESSPEGRPNSKGASPTSSSPQVKTLITPKNGS

Target ORF information:

RefSeq Version	XM_001337092.5
Organism	Danio rerio(Zebrafish)
Definition	Danio rerio microtubule associated serine/threonine kinase 1a (mast1a), transcript variant X2, mRNA.

Target ORF information:

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

XM_001337092.5

ORF Insert Sequence:

ATGTTCCGCC GAACCAAAAG CTGTCGCACC AGTAATCGCA AGAGTCTGAT CTTGACCAGC 
ACATCTCCAA CTCTTCCCCG ACCTCACTCT CCTCTGCCAG GACATATTGG AAGCAGCCCA 
CTGGACAGCC CGAGGACCTT CTCTCCCAGC GCACCCGCAC ACTTCTCCTT CGCTTCATCC 
AGACGGGCTG ATGGCAGACG CTGGTCTCTG GCTTCTCTTC CCTCGTCTGG ATATGGGACC 
AACACACCCA GCTCAACGTC TTCCAGCTCG TCTCAGGAGC GGCTCCATCA GTTGCCGTTT 
CAGCCCACAC TGGACGAGCT GCACTTCCTG ACCAAACACT TCGGGAGCAC GGAGAGCATC 
ACGGATGATG ACGGACGCCG ATCTCCGCAC ATGCGGCCTC GATCGCGCAG TCTCAGTCCA 
GGACGATCAT CTTCCTGCTA TGACAATGAG ATTGTCATGA TGAACCATGT TTACAAGGAG 
CGCTTTCCTA AGGCGACGGC TCAGATGGAG GAGCGTCTGG CGGACTTCAT CGAGTCGTAC 
TCTCCTGAGA ACGTGCTGCC GCTGGCTGAC GGGGTCCTCA GCTTCATCCA CCACCAGATC 
GCAGAGCTGT CCCGAAACTG CCTGACCAAA TCTCGCGAAG GCCTCATCAC TACTGTCTAC 
TTCTACGAGC TGCAGGAAAA CCTGGAGAAG CTCCTGCATG AAGCGTACGA GCGATCGGAG 
AGTTCAGAGC TGACCTTCAT CACTGAGCTG GTCAAGAAAC TCTTCATCAT CATCTCACGG 
CCTGCACGAC TGCTGGAGTG TCTGGAGTTT AACCCTGAGG AGTTTTACCA TCTCCTAGAG 
GCAGCGGAGG ATCACGCTAA AGAGGGCCAG CTGATGAAAG CAGACATCCC ACGATACATC 
ATCAGCCAGC TCGGCCTGAC CAGAGACCCG CTGGAAGATA TGGTGAATTT GGAGAGTTAT 
GACAGCGAGG GACCACACAC ACCGGAGACG GACGACTCAG CTGAAGGGAA GCTCAAAGCC 
ATCAAACCGC CCTGTGAATC CGACTTTCAG ACTATCAAAC TCATCAGCAA CGGAGCGTAT 
GGAGCTGTGT ATTTGGTCAG GCACAGAGAA ACTCGACAGC GCTTTGCAAT GAAGAAGATC 
AACAAACAGA ACCTGATCCT GCGGAACCAG ATCCAGCAGG CGTTCGTGGA GCGGGACATC 
CTGACCTTCG CTGAAAACCC CTTCGTGGTC AGCATGTTCT GTTCTTTTGA GACGCGCCGT 
CACCTGTGCA TGGTTATGGA GTACGTGGAG GGTGGCGACT GTGCGACTCT GCTGAAGAAT 
ATCGGAGCTC TTCCGGTGGA TATGGCTCGG ATGTACTTTG CCGAGACCGT TTTGGCGCTG 
GAGTACATTC ATAATTACGG CATCGTGCAC CGGGACCTGA AACCAGACAA TCTGTTGATC 
ACATCAATGG GTCACATTAA GCTGACTGAT TTCGGCCTGT CAAAGATGGG ACTCATGAAT 
CTCACCACTA ACCTGTATGA GGGACACATC GAGAAGGATG CCAGGGAGTT CCTGGATAAA 
CAGGTCTGCG GCACACCAGA GTATATCGCT CCAGAGGTCA TTCTCAGGCA GGGCTATGGG 
AAACCTGTGG ACTGGTGGGC TATGGGAATC ATCCTTTACG AATTCCTAGT GGGCTGCGTG 
CCGTTTTTCG GAGATACGCC TGAGGAGCTG TTTGGTCAGG TGATCACAGA TTATATTGAA 
TGGCCCAATG GAGATGAAGC ACTGCCTGCT GACGCTCAGA GCCTGATTTC GTCTCTGCTG 
CAAACCAACC CACTGGTGCG ACTTGGAACA GGTGGTGCGT TCGAAGTGAA GCAGCACTCG 
TTTTTCTCAG GACTGGACTG GAACGGTTTA CTCCGGCAGA AGGCCGAGTT CATCCCTCAT 
CTTGAGTCTG AAGAGGACAC CAGCTACTTC GACACACGCT CTGAACGCTA TCGCCACATC 
AACTCCTACG ATGAAGACGA CACCAATGAC GACGAGCCTG TGGAGATCAG ACAGTTCTCC 
TCCTGCTCGC CACGCTTCAG CAAGGTGTAT AGCAGCATGG AGCACCTGTC CCAGCTGGAG 
CAGAAGACAC CTGTAGTCAC CCGCCGGGAG CACAAAGGGC GCCGCGATGA CAAGATAACC 
AAGCGGGAGA GTTTCGGAAG CTTCAGTATG AGAGACAAGA GCTGGAGGAC AGGCTCACCT 
GAGATGAAGC GTCTGTCATG CTCTGAGTCT TTGTATATGG AGGGAGATTG CAGTCCTCCG 
ATGGGCGCCC GGCGTCGTTT TTCAGCCCTA ATGGACACGC ATAGATTTGC TTCTTCTCAA 
GAAGGCGATG GAGAGCGACA AGTTACTGCT AAAGCCACCG GATCATCAGA AGGAGCAGTT 
CCTCCATCCT CACCCAGTGC TAACGAACAG AGGAATGGAA AGGAAGTGAT GTCAATCAGC 
AGCAGTAAGA GTACAGACAA GGCATCAAGG CCAGGTGAGG TGTCAGCACC ACAGACCATA 
CCGTCTACAG GAGCCCCAGC AGTAATCTCT AGGGACTTGG TTGCCATTGG TGACCCCGTC 
GGTCAGAGGG CAACCAAAGA TCTGGTGCTT CGGCGAGCAC GCCATCAGCA GCTGTCTAGT 
GATGGGGAGA AACGCACCTC ACGTCCGGGG AACAAGGTCA TCAAATCTGC ATCTGCAACA 
GCACTCTCTG TCATTATACC TGGAGTTGAG CAGCATGGTA ACTCTCCATT GGCCAGCCCT 
ATGTCTCCAC GCTCTCTCTC GTCCAACCCC TCATCGCGAG ACTCTTCACC CAGCCGTGAC 
TACTGCCCCA CAGTCACGGT GCCCCGTTCC CCAATCACTA TCCAACGCTC TGGCAAAAAG 
TACGGGTTCA CACTCCGTGC CATTCGGGTC TACATAGGAG ACACTGACGT CTACAGTGTG 
CACCATATTG TCTGGCATGT AGAGGATGGA GGCCCTGCCC AGGAGGCGGG ACTGTGTGCC 
GGTGACCTCA TTACTCATGT CAATGGTGAA TCTGTGCACG GATTAGTCCA TACCGAGGTG 
GTAGAGCTTA TACTTAAGAG TGGAAACAAG GTTACTGTAA CCACAACACC TTTTGAGAAT 
ACATCCATTA AAGTGGGACC AGCACGCAGG TCCAGTTACA AGTCTAAGAT GGCCCGACGC 
AGTAAGAGGA CAGTCAAAGA GGGACAAGAA AGTAAGAGGC GCGGATCTTT GTTCCGCAAA 
ATAACTAAGC AGTCCAACCT GCTGCATACA AGCCGTAGTC TGTCATCTCT AAATCGGTCC 
CTGTCATCTA GCGATAGTCT TCCTGGGTCT CCTACACATA GCCTGTCAGG TCACTCCCCT 
ACCCAAAGCT ACCGCTCAAC CCCTGAGTCA TCCCACCTTG GTGCCTCTTC TCAGAGCAGC 
TCTCCTGCTT CAAGTACCCC AAATTCCCCT GCAACAACAC AGCATATGAG ACCCAGCTCC 
CTGCATGGTC TTTCACCTAA ACTACACCGC CAGTATCGTT CAGCTCGCTG CAAGTCAGCT 
GGCAACATCC CTTTGTCTCC GCTGGCTCAT ACACCATCTC CAACTCAATC CTCTCCACCT 
CCTTTACCAG GGCACACAGT CGGAAGCTCC AACACGACGC AAACCTTTCC TGCAAAATTA 
CACTCATCCC CACCAATAAT AAGACCTAGA CCCAAGAGTG CAGAACCTCC TCGATCACCG 
CTACTCAAAA GAGTGCAGTC AGCTGAAAAA CTTGGATCAC CGCTTTCATC TTCATCTGAG 
AAGAAAGGGG GGATTGGGGT TATGAGAAAG CACAGTTTGG AGGTCGGACA TTCTGATTAT 
CGCAAAGATG GTTTCCATTG TGAGCTTGGC TTGCAGAGTT TGGTGGAAAT TGAGGGTGAG 
AATTTGGCTT CGGCACCAAC AAATTCTCCT TCACCCACCC AGCCGACCCC ATTACCACCT 
GAAACTGGTG TGCTGAAGCC AGTCAGGAAA CTAGGCCGGC AAGAGTCACC TTTGAGTAGA 
GATGCTTTGC TTGCTGGGAG AGAAAGGGAG AGAGAAAGGG AGAGAGAAAG GGAGAGGACT 
GGTAAAGCTA ATGAACCAAG TCGACCTACT GAATCTAAAC CAGCGGCAGT TACTCCACCT 
GGGAGTAAGA CATCTCCAAA TTCTGAAACA TCTCAACGCC ACACTTCCAC TATACAAGAA 
TGTTGCCTAG TCAAACCTCA AACTTGGCAA CCACCACTAA CCAAATCTTC TCCAATAGCA 
TCAGAGTCCA AGTCTAATAT AGTAACCTCC ATTCCGTCGC CCCTTACAAC AGTGTCTTCC 
CCTTCTACCA AAACAATAGA TCAGAGTTCC ATTAGAGAAG AGGGAAATGA CGACAAAGGA 
AGTCTTACAA AGATTCCTCA AAGCCAGACA CTAGGAACCA CCAAGTCCCC ACTCTCATTA 
ATTCCATCAG AGTTAATCAA CAAAGACTTA TTAGAGAAAG GAGGAAATGA TAACGGGAAA 
AAGCAAGTGA AATCAGACGT TGGCAATACT TCAGCTCAAG GCAAGCCAAG TATACCATGT 
AGTCCCCCTG TGAAAACAAC AAGCACAGAG GTTACCAAAG CAAATGAGGG ATTCGGTAAT 
GGTGACAGTC TCAAGAAGGG AGTATTAGAC CCACATAGCA GAACGTCAGA TGTCAGGGTA 
AGAACTGCCT TAGCACCATC CAAAGGGCTT GTCCCATCTC ACCCACCCCA GACGCAGTGC 
TCTGCCTTGG GAAAACTTAG GCAGGACAAG GGCCTATCTG CTGTTAGCTG CTACCGTGGA 
TCATTTGATT GGGAGGATAA ATGTCTCTTG GAGGTTGTAG AAGAACACTC TCCATCCCCA 
ACTCCTTCTC CAACCGGAGT GCCTCCTGAT TTGCTCAAAT CTCAACCTCC TGCAGAAAGG 
ACTGGTTTGG TTACACACTT GACAAGCACA GGGAAATCTA TAGGGGCTGT AAAAGGTGGA 
ACTCAGGAGG GGCCTAAGGC CAAAGATACC AACAAATCTT TGGAGATTAC CCAGGCATGT 
GCACCAGGTA GGCCTGAATC ATCTCCTGAG GGTAGACCAA ACTCCAAAGG AGCCAGTCCT 
ACTAGCTCTT CTCCACAGGT GAAGACTCTC ATTACTCCTA AGAACGGCTC TTGA

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

MAST1A ( XM_009294431.3 ) cDNA ORF clone, Danio rerio(Zebrafish) -> XP_009292706.1 Danio rerio microtubule associated serine/threonine kinase 1a (mast1a), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ODa47101
Clone ID Related Accession (Same CDS sequence)	XM_009294431.3 , XM_009294431.2
Accession Version	XM_009294431.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5217bp) 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	1497369600000
Organism	Danio rerio(zebrafish)
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 (NC_007112.7) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 15, 2017 this sequence version replaced XM_009294431.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCGATA GCATGGATGA CTCCGGTATT ATTCGCCGGC GGAGGATGCA GAAGGATCTT 
CCATTGCCCA GGAAGAGCAG TGGCTGTCGC ACCAGTAATC GCAAGAGTCT GATCTTGACC 
AGCACATCTC CAACTCTTCC CCGACCTCAC TCTCCTCTGC CAGGACATAT TGGAAGCAGC 
CCACTGGACA GCCCGAGGAC CTTCTCTCCC AGCGCACCCG CACACTTCTC CTTCGCTTCA 
TCCAGACGGG CTGATGGCAG ACGCTGGTCT CTGGCTTCTC TTCCCTCGTC TGGATATGGG 
ACCAACACAC CCAGCTCAAC GTCTTCCAGC TCGTCTCAGG AGCGGCTCCA TCAGTTGCCG 
TTTCAGCCCA CACTGGACGA GCTGCACTTC CTGACCAAAC ACTTCGGGAG CACGGAGAGC 
ATCACGGATG ATGACGGACG CCGATCTCCG CACATGCGGC CTCGATCGCG CAGTCTCAGT 
CCAGGACGAT CATCTTCCTG CTATGACAAT GAGATTGTCA TGATGAACCA TGTTTACAAG 
GAGCGCTTTC CTAAGGCGAC GGCTCAGATG GAGGAGCGTC TGGCGGACTT CATCGAGTCG 
TACTCTCCTG AGAACGTGCT GCCGCTGGCT GACGGGGTCC TCAGCTTCAT CCACCACCAG 
ATCGCAGAGC TGTCCCGAAA CTGCCTGACC AAATCTCGCG AAGGCCTCAT CACTACTGTC 
TACTTCTACG AGCTGCAGGA AAACCTGGAG AAGCTCCTGC ATGAAGCGTA CGAGCGATCG 
GAGAGTTCAG AGCTGACCTT CATCACTGAG CTGGTCAAGA AACTCTTCAT CATCATCTCA 
CGGCCTGCAC GACTGCTGGA GTGTCTGGAG TTTAACCCTG AGGAGTTTTA CCATCTCCTA 
GAGGCAGCGG AGGATCACGC TAAAGAGGGC CAGCTGATGA AAGCAGACAT CCCACGATAC 
ATCATCAGCC AGCTCGGCCT GACCAGAGAC CCGCTGGAAG ATATGGTGAA TTTGGAGAGT 
TATGACAGCG AGGGACCACA CACACCGGAG ACGGACGACT CAGCTGAAGG GAAGCTCAAA 
GCCATCAAAC CGCCCTGTGA ATCCGACTTT CAGACTATCA AACTCATCAG CAACGGAGCG 
TATGGAGCTG TGTATTTGGT CAGGCACAGA GAAACTCGAC AGCGCTTTGC AATGAAGAAG 
ATCAACAAAC AGAACCTGAT CCTGCGGAAC CAGATCCAGC AGGCGTTCGT GGAGCGGGAC 
ATCCTGACCT TCGCTGAAAA CCCCTTCGTG GTCAGCATGT TCTGTTCTTT TGAGACGCGC 
CGTCACCTGT GCATGGTTAT GGAGTACGTG GAGGGTGGCG ACTGTGCGAC TCTGCTGAAG 
AATATCGGAG CTCTTCCGGT GGATATGGCT CGGATGTACT TTGCCGAGAC CGTTTTGGCG 
CTGGAGTACA TTCATAATTA CGGCATCGTG CACCGGGACC TGAAACCAGA CAATCTGTTG 
ATCACATCAA TGGGTCACAT TAAGCTGACT GATTTCGGCC TGTCAAAGAT GGGACTCATG 
AATCTCACCA CTAACCTGTA TGAGGGACAC ATCGAGAAGG ATGCCAGGGA GTTCCTGGAT 
AAACAGGTCT GCGGCACACC AGAGTATATC GCTCCAGAGG TCATTCTCAG GCAGGGCTAT 
GGGAAACCTG TGGACTGGTG GGCTATGGGA ATCATCCTTT ACGAATTCCT AGTGGGCTGC 
GTGCCGTTTT TCGGAGATAC GCCTGAGGAG CTGTTTGGTC AGGTGATCAC AGATTATATT 
GAATGGCCCA ATGGAGATGA AGCACTGCCT GCTGACGCTC AGAGCCTGAT TTCGTCTCTG 
CTGCAAACCA ACCCACTGGT GCGACTTGGA ACAGGTGGTG CGTTCGAAGT GAAGCAGCAC 
TCGTTTTTCT CAGGACTGGA CTGGAACGGT TTACTCCGGC AGAAGGCCGA GTTCATCCCT 
CATCTTGAGT CTGAAGAGGA CACCAGCTAC TTCGACACAC GCTCTGAACG CTATCGCCAC 
ATCAACTCCT ACGATGAAGA CGACACCAAT GACGACGAGC CTGTGGAGAT CAGACAGTTC 
TCCTCCTGCT CGCCACGCTT CAGCAAGGTG TATAGCAGCA TGGAGCACCT GTCCCAGCTG 
GAGCAGAAGA CACCTGTAGT CACCCGCCGG GAGCACAAAG GGCGCCGCGA TGACAAGATA 
ACCAAGCGGG AGAGTTTCGG AAGCTTCAGT ATGAGAGACA AGAGCTGGAG GACAGGCTCA 
CCTGAGATGA AGCGTCTGTC ATGCTCTGAG TCTTTGTATA TGGAGGGAGA TTGCAGTCCT 
CCGATGGGCG CCCGGCGTCG TTTTTCAGCC CTAATGGACA CGCATAGATT TGCTTCTTCT 
CAAGAAGGCG ATGGAGAGCG ACAAGTTACT GCTAAAGCCA CCGGATCATC AGAAGGAGCA 
GTTCCTCCAT CCTCACCCAG TGCTAACGAA CAGAGGAATG GAAAGGAAGT GATGTCAATC 
AGCAGCAGTA AGAGTACAGA CAAGGCATCA AGGCCAGGTG AGGTGTCAGC ACCACAGACC 
ATACCGTCTA CAGGAGCCCC AGCAGTAATC TCTAGGGACT TGGTTGCCAT TGGTGACCCC 
GTCGGTCAGA GGGCAACCAA AGATCTGGTG CTTCGGCGAG CACGCCATCA GCAGCTGTCT 
AGTGATGGGG AGAAACGCAC CTCACGTCCG GGGAACAAGG TCATCAAATC TGCATCTGCA 
ACAGCACTCT CTGTCATTAT ACCTGGAGTT GAGCAGCATG GTAACTCTCC ATTGGCCAGC 
CCTATGTCTC CACGCTCTCT CTCGTCCAAC CCCTCATCGC GAGACTCTTC ACCCAGCCGT 
GACTACTGCC CCACAGTCAC GGTGCCCCGT TCCCCAATCA CTATCCAACG CTCTGGCAAA 
AAGTACGGGT TCACACTCCG TGCCATTCGG GTCTACATAG GAGACACTGA CGTCTACAGT 
GTGCACCATA TTGTCTGGCA TGTAGAGGAT GGAGGCCCTG CCCAGGAGGC GGGACTGTGT 
GCCGGTGACC TCATTACTCA TGTCAATGGT GAATCTGTGC ACGGATTAGT CCATACCGAG 
GTGGTAGAGC TTATACTTAA GAGTGGAAAC AAGGTTACTG TAACCACAAC ACCTTTTGAG 
AATACATCCA TTAAAGTGGG ACCAGCACGC AGGTCCAGTT ACAAGTCTAA GATGGCCCGA 
CGCAGTAAGA GGACAGTCAA AGAGGGACAA GAAAGTAAGA GGCGCGGATC TTTGTTCCGC 
AAAATAACTA AGCAGTCCAA CCTGCTGCAT ACAAGCCGTA GTCTGTCATC TCTAAATCGG 
TCCCTGTCAT CTAGCGATAG TCTTCCTGGG TCTCCTACAC ATAGCCTGTC AGGTCACTCC 
CCTACCCAAA GCTACCGCTC AACCCCTGAG TCATCCCACC TTGGTGCCTC TTCTCAGAGC 
AGCTCTCCTG CTTCAAGTAC CCCAAATTCC CCTGCAACAA CACAGCATAT GAGACCCAGC 
TCCCTGCATG GTCTTTCACC TAAACTACAC CGCCAGTATC GTTCAGCTCG CTGCAAGTCA 
GCTGGCAACA TCCCTTTGTC TCCGCTGGCT CATACACCAT CTCCAACTCA ATCCTCTCCA 
CCTCCTTTAC CAGGGCACAC AGTCGGAAGC TCCAACACGA CGCAAACCTT TCCTGCAAAA 
TTACACTCAT CCCCACCAAT AATAAGACCT AGACCCAAGA GTGCAGAACC TCCTCGATCA 
CCGCTACTCA AAAGAGTGCA GTCAGCTGAA AAACTTGGAT CACCGCTTTC ATCTTCATCT 
GAGAAGAAAG GGGGGATTGG GGTTATGAGA AAGCACAGTT TGGAGGTCGG ACATTCTGAT 
TATCGCAAAG ATGGTTTCCA TTGTGAGCTT GGCTTGCAGA GTTTGGTGGA AATTGAGGGT 
GAGAATTTGG CTTCGGCACC AACAAATTCT CCTTCACCCA CCCAGCCGAC CCCATTACCA 
CCTGAAACTG GTGTGCTGAA GCCAGTCAGG AAACTAGGCC GGCAAGAGTC ACCTTTGAGT 
AGAGATGCTT TGCTTGCTGG GAGAGAAAGG GAGAGAGAAA GGGAGAGAGA AAGGGAGAGG 
ACTGGTAAAG CTAATGAACC AAGTCGACCT ACTGAATCTA AACCAGCGGC AGTTACTCCA 
CCTGGGAGTA AGACATCTCC AAATTCTGAA ACATCTCAAC GCCACACTTC CACTATACAA 
GAATGTTGCC TAGTCAAACC TCAAACTTGG CAACCACCAC TAACCAAATC TTCTCCAATA 
GCATCAGAGT CCAAGTCTAA TATAGTAACC TCCATTCCGT CGCCCCTTAC AACAGTGTCT 
TCCCCTTCTA CCAAAACAAT AGATCAGAGT TCCATTAGAG AAGAGGGAAA TGACGACAAA 
GGAAGTCTTA CAAAGATTCC TCAAAGCCAG ACACTAGGAA CCACCAAGTC CCCACTCTCA 
TTAATTCCAT CAGAGTTAAT CAACAAAGAC TTATTAGAGA AAGGAGGAAA TGATAACGGG 
AAAAAGCAAG TGAAATCAGA CGTTGGCAAT ACTTCAGCTC AAGGCAAGCC AAGTATACCA 
TGTAGTCCCC CTGTGAAAAC AACAAGCACA GAGGTTACCA AAGCAAATGA GGGATTCGGT 
AATGGTGACA GTCTCAAGAA GGGAGTATTA GACCCACATA GCAGAACGTC AGATGTCAGG 
GTAAGAACTG CCTTAGCACC ATCCAAAGGG CTTGTCCCAT CTCACCCACC CCAGACGCAG 
TGCTCTGCCT TGGGAAAACT TAGGCAGGAC AAGGGCCTAT CTGCTGTTAG CTGCTACCGT 
GGATCATTTG ATTGGGAGGA TAAATGTCTC TTGGAGGTTG TAGAAGAACA CTCTCCATCC 
CCAACTCCTT CTCCAACCGG AGTGCCTCCT GATTTGCTCA AATCTCAACC TCCTGCAGAA 
AGGACTGGTT TGGTTACACA CTTGACAAGC ACAGGGAAAT CTATAGGGGC TGTAAAAGGT 
GGAACTCAGG AGGGGCCTAA GGCCAAAGAT ACCAACAAAT CTTTGGAGAT TACCCAGGCA 
TGTGCACCAG GTAGGCCTGA ATCATCTCCT GAGGGTAGAC CAAACTCCAA AGGAGCCAGT 
CCTACTAGCT CTTCTCCACA GGTGAAGACT CTCATTACTC CTAAGAACGG CTCTTGA

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

RefSeq	XP_009292706.1
CDS	754..5970
Translation	MSDSMDDSGIIRRRRMQKDLPLPRKSSGCRTSNRKSLILTSTSPTLPRPHSPLPGHIGSSPLDSPRTFSPSAPAHFSFASSRRADGRRWSLASLPSSGYGTNTPSSTSSSSSQERLHQLPFQPTLDELHFLTKHFGSTESITDDDGRRSPHMRPRSRSLSPGRSSSCYDNEIVMMNHVYKERFPKATAQMEERLADFIESYSPENVLPLADGVLSFIHHQIAELSRNCLTKSREGLITTVYFYELQENLEKLLHEAYERSESSELTFITELVKKLFIIISRPARLLECLEFNPEEFYHLLEAAEDHAKEGQLMKADIPRYIISQLGLTRDPLEDMVNLESYDSEGPHTPETDDSAEGKLKAIKPPCESDFQTIKLISNGAYGAVYLVRHRETRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVSMFCSFETRRHLCMVMEYVEGGDCATLLKNIGALPVDMARMYFAETVLALEYIHNYGIVHRDLKPDNLLITSMGHIKLTDFGLSKMGLMNLTTNLYEGHIEKDAREFLDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVITDYIEWPNGDEALPADAQSLISSLLQTNPLVRLGTGGAFEVKQHSFFSGLDWNGLLRQKAEFIPHLESEEDTSYFDTRSERYRHINSYDEDDTNDDEPVEIRQFSSCSPRFSKVYSSMEHLSQLEQKTPVVTRREHKGRRDDKITKRESFGSFSMRDKSWRTGSPEMKRLSCSESLYMEGDCSPPMGARRRFSALMDTHRFASSQEGDGERQVTAKATGSSEGAVPPSSPSANEQRNGKEVMSISSSKSTDKASRPGEVSAPQTIPSTGAPAVISRDLVAIGDPVGQRATKDLVLRRARHQQLSSDGEKRTSRPGNKVIKSASATALSVIIPGVEQHGNSPLASPMSPRSLSSNPSSRDSSPSRDYCPTVTVPRSPITIQRSGKKYGFTLRAIRVYIGDTDVYSVHHIVWHVEDGGPAQEAGLCAGDLITHVNGESVHGLVHTEVVELILKSGNKVTVTTTPFENTSIKVGPARRSSYKSKMARRSKRTVKEGQESKRRGSLFRKITKQSNLLHTSRSLSSLNRSLSSSDSLPGSPTHSLSGHSPTQSYRSTPESSHLGASSQSSSPASSTPNSPATTQHMRPSSLHGLSPKLHRQYRSARCKSAGNIPLSPLAHTPSPTQSSPPPLPGHTVGSSNTTQTFPAKLHSSPPIIRPRPKSAEPPRSPLLKRVQSAEKLGSPLSSSSEKKGGIGVMRKHSLEVGHSDYRKDGFHCELGLQSLVEIEGENLASAPTNSPSPTQPTPLPPETGVLKPVRKLGRQESPLSRDALLAGRERERERERERERTGKANEPSRPTESKPAAVTPPGSKTSPNSETSQRHTSTIQECCLVKPQTWQPPLTKSSPIASESKSNIVTSIPSPLTTVSSPSTKTIDQSSIREEGNDDKGSLTKIPQSQTLGTTKSPLSLIPSELINKDLLEKGGNDNGKKQVKSDVGNTSAQGKPSIPCSPPVKTTSTEVTKANEGFGNGDSLKKGVLDPHSRTSDVRVRTALAPSKGLVPSHPPQTQCSALGKLRQDKGLSAVSCYRGSFDWEDKCLLEVVEEHSPSPTPSPTGVPPDLLKSQPPAERTGLVTHLTSTGKSIGAVKGGTQEGPKAKDTNKSLEITQACAPGRPESSPEGRPNSKGASPTSSSPQVKTLITPKNGS

Target ORF information:

RefSeq Version	XM_009294431.3
Organism	Danio rerio(zebrafish)
Definition	Danio rerio microtubule associated serine/threonine kinase 1a (mast1a), transcript variant X1, mRNA.

Target ORF information:

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

XM_009294431.3

ORF Insert Sequence:

ATGAGCGATA GCATGGATGA CTCCGGTATT ATTCGCCGGC GGAGGATGCA GAAGGATCTT 
CCATTGCCCA GGAAGAGCAG TGGCTGTCGC ACCAGTAATC GCAAGAGTCT GATCTTGACC 
AGCACATCTC CAACTCTTCC CCGACCTCAC TCTCCTCTGC CAGGACATAT TGGAAGCAGC 
CCACTGGACA GCCCGAGGAC CTTCTCTCCC AGCGCACCCG CACACTTCTC CTTCGCTTCA 
TCCAGACGGG CTGATGGCAG ACGCTGGTCT CTGGCTTCTC TTCCCTCGTC TGGATATGGG 
ACCAACACAC CCAGCTCAAC GTCTTCCAGC TCGTCTCAGG AGCGGCTCCA TCAGTTGCCG 
TTTCAGCCCA CACTGGACGA GCTGCACTTC CTGACCAAAC ACTTCGGGAG CACGGAGAGC 
ATCACGGATG ATGACGGACG CCGATCTCCG CACATGCGGC CTCGATCGCG CAGTCTCAGT 
CCAGGACGAT CATCTTCCTG CTATGACAAT GAGATTGTCA TGATGAACCA TGTTTACAAG 
GAGCGCTTTC CTAAGGCGAC GGCTCAGATG GAGGAGCGTC TGGCGGACTT CATCGAGTCG 
TACTCTCCTG AGAACGTGCT GCCGCTGGCT GACGGGGTCC TCAGCTTCAT CCACCACCAG 
ATCGCAGAGC TGTCCCGAAA CTGCCTGACC AAATCTCGCG AAGGCCTCAT CACTACTGTC 
TACTTCTACG AGCTGCAGGA AAACCTGGAG AAGCTCCTGC ATGAAGCGTA CGAGCGATCG 
GAGAGTTCAG AGCTGACCTT CATCACTGAG CTGGTCAAGA AACTCTTCAT CATCATCTCA 
CGGCCTGCAC GACTGCTGGA GTGTCTGGAG TTTAACCCTG AGGAGTTTTA CCATCTCCTA 
GAGGCAGCGG AGGATCACGC TAAAGAGGGC CAGCTGATGA AAGCAGACAT CCCACGATAC 
ATCATCAGCC AGCTCGGCCT GACCAGAGAC CCGCTGGAAG ATATGGTGAA TTTGGAGAGT 
TATGACAGCG AGGGACCACA CACACCGGAG ACGGACGACT CAGCTGAAGG GAAGCTCAAA 
GCCATCAAAC CGCCCTGTGA ATCCGACTTT CAGACTATCA AACTCATCAG CAACGGAGCG 
TATGGAGCTG TGTATTTGGT CAGGCACAGA GAAACTCGAC AGCGCTTTGC AATGAAGAAG 
ATCAACAAAC AGAACCTGAT CCTGCGGAAC CAGATCCAGC AGGCGTTCGT GGAGCGGGAC 
ATCCTGACCT TCGCTGAAAA CCCCTTCGTG GTCAGCATGT TCTGTTCTTT TGAGACGCGC 
CGTCACCTGT GCATGGTTAT GGAGTACGTG GAGGGTGGCG ACTGTGCGAC TCTGCTGAAG 
AATATCGGAG CTCTTCCGGT GGATATGGCT CGGATGTACT TTGCCGAGAC CGTTTTGGCG 
CTGGAGTACA TTCATAATTA CGGCATCGTG CACCGGGACC TGAAACCAGA CAATCTGTTG 
ATCACATCAA TGGGTCACAT TAAGCTGACT GATTTCGGCC TGTCAAAGAT GGGACTCATG 
AATCTCACCA CTAACCTGTA TGAGGGACAC ATCGAGAAGG ATGCCAGGGA GTTCCTGGAT 
AAACAGGTCT GCGGCACACC AGAGTATATC GCTCCAGAGG TCATTCTCAG GCAGGGCTAT 
GGGAAACCTG TGGACTGGTG GGCTATGGGA ATCATCCTTT ACGAATTCCT AGTGGGCTGC 
GTGCCGTTTT TCGGAGATAC GCCTGAGGAG CTGTTTGGTC AGGTGATCAC AGATTATATT 
GAATGGCCCA ATGGAGATGA AGCACTGCCT GCTGACGCTC AGAGCCTGAT TTCGTCTCTG 
CTGCAAACCA ACCCACTGGT GCGACTTGGA ACAGGTGGTG CGTTCGAAGT GAAGCAGCAC 
TCGTTTTTCT CAGGACTGGA CTGGAACGGT TTACTCCGGC AGAAGGCCGA GTTCATCCCT 
CATCTTGAGT CTGAAGAGGA CACCAGCTAC TTCGACACAC GCTCTGAACG CTATCGCCAC 
ATCAACTCCT ACGATGAAGA CGACACCAAT GACGACGAGC CTGTGGAGAT CAGACAGTTC 
TCCTCCTGCT CGCCACGCTT CAGCAAGGTG TATAGCAGCA TGGAGCACCT GTCCCAGCTG 
GAGCAGAAGA CACCTGTAGT CACCCGCCGG GAGCACAAAG GGCGCCGCGA TGACAAGATA 
ACCAAGCGGG AGAGTTTCGG AAGCTTCAGT ATGAGAGACA AGAGCTGGAG GACAGGCTCA 
CCTGAGATGA AGCGTCTGTC ATGCTCTGAG TCTTTGTATA TGGAGGGAGA TTGCAGTCCT 
CCGATGGGCG CCCGGCGTCG TTTTTCAGCC CTAATGGACA CGCATAGATT TGCTTCTTCT 
CAAGAAGGCG ATGGAGAGCG ACAAGTTACT GCTAAAGCCA CCGGATCATC AGAAGGAGCA 
GTTCCTCCAT CCTCACCCAG TGCTAACGAA CAGAGGAATG GAAAGGAAGT GATGTCAATC 
AGCAGCAGTA AGAGTACAGA CAAGGCATCA AGGCCAGGTG AGGTGTCAGC ACCACAGACC 
ATACCGTCTA CAGGAGCCCC AGCAGTAATC TCTAGGGACT TGGTTGCCAT TGGTGACCCC 
GTCGGTCAGA GGGCAACCAA AGATCTGGTG CTTCGGCGAG CACGCCATCA GCAGCTGTCT 
AGTGATGGGG AGAAACGCAC CTCACGTCCG GGGAACAAGG TCATCAAATC TGCATCTGCA 
ACAGCACTCT CTGTCATTAT ACCTGGAGTT GAGCAGCATG GTAACTCTCC ATTGGCCAGC 
CCTATGTCTC CACGCTCTCT CTCGTCCAAC CCCTCATCGC GAGACTCTTC ACCCAGCCGT 
GACTACTGCC CCACAGTCAC GGTGCCCCGT TCCCCAATCA CTATCCAACG CTCTGGCAAA 
AAGTACGGGT TCACACTCCG TGCCATTCGG GTCTACATAG GAGACACTGA CGTCTACAGT 
GTGCACCATA TTGTCTGGCA TGTAGAGGAT GGAGGCCCTG CCCAGGAGGC GGGACTGTGT 
GCCGGTGACC TCATTACTCA TGTCAATGGT GAATCTGTGC ACGGATTAGT CCATACCGAG 
GTGGTAGAGC TTATACTTAA GAGTGGAAAC AAGGTTACTG TAACCACAAC ACCTTTTGAG 
AATACATCCA TTAAAGTGGG ACCAGCACGC AGGTCCAGTT ACAAGTCTAA GATGGCCCGA 
CGCAGTAAGA GGACAGTCAA AGAGGGACAA GAAAGTAAGA GGCGCGGATC TTTGTTCCGC 
AAAATAACTA AGCAGTCCAA CCTGCTGCAT ACAAGCCGTA GTCTGTCATC TCTAAATCGG 
TCCCTGTCAT CTAGCGATAG TCTTCCTGGG TCTCCTACAC ATAGCCTGTC AGGTCACTCC 
CCTACCCAAA GCTACCGCTC AACCCCTGAG TCATCCCACC TTGGTGCCTC TTCTCAGAGC 
AGCTCTCCTG CTTCAAGTAC CCCAAATTCC CCTGCAACAA CACAGCATAT GAGACCCAGC 
TCCCTGCATG GTCTTTCACC TAAACTACAC CGCCAGTATC GTTCAGCTCG CTGCAAGTCA 
GCTGGCAACA TCCCTTTGTC TCCGCTGGCT CATACACCAT CTCCAACTCA ATCCTCTCCA 
CCTCCTTTAC CAGGGCACAC AGTCGGAAGC TCCAACACGA CGCAAACCTT TCCTGCAAAA 
TTACACTCAT CCCCACCAAT AATAAGACCT AGACCCAAGA GTGCAGAACC TCCTCGATCA 
CCGCTACTCA AAAGAGTGCA GTCAGCTGAA AAACTTGGAT CACCGCTTTC ATCTTCATCT 
GAGAAGAAAG GGGGGATTGG GGTTATGAGA AAGCACAGTT TGGAGGTCGG ACATTCTGAT 
TATCGCAAAG ATGGTTTCCA TTGTGAGCTT GGCTTGCAGA GTTTGGTGGA AATTGAGGGT 
GAGAATTTGG CTTCGGCACC AACAAATTCT CCTTCACCCA CCCAGCCGAC CCCATTACCA 
CCTGAAACTG GTGTGCTGAA GCCAGTCAGG AAACTAGGCC GGCAAGAGTC ACCTTTGAGT 
AGAGATGCTT TGCTTGCTGG GAGAGAAAGG GAGAGAGAAA GGGAGAGAGA AAGGGAGAGG 
ACTGGTAAAG CTAATGAACC AAGTCGACCT ACTGAATCTA AACCAGCGGC AGTTACTCCA 
CCTGGGAGTA AGACATCTCC AAATTCTGAA ACATCTCAAC GCCACACTTC CACTATACAA 
GAATGTTGCC TAGTCAAACC TCAAACTTGG CAACCACCAC TAACCAAATC TTCTCCAATA 
GCATCAGAGT CCAAGTCTAA TATAGTAACC TCCATTCCGT CGCCCCTTAC AACAGTGTCT 
TCCCCTTCTA CCAAAACAAT AGATCAGAGT TCCATTAGAG AAGAGGGAAA TGACGACAAA 
GGAAGTCTTA CAAAGATTCC TCAAAGCCAG ACACTAGGAA CCACCAAGTC CCCACTCTCA 
TTAATTCCAT CAGAGTTAAT CAACAAAGAC TTATTAGAGA AAGGAGGAAA TGATAACGGG 
AAAAAGCAAG TGAAATCAGA CGTTGGCAAT ACTTCAGCTC AAGGCAAGCC AAGTATACCA 
TGTAGTCCCC CTGTGAAAAC AACAAGCACA GAGGTTACCA AAGCAAATGA GGGATTCGGT 
AATGGTGACA GTCTCAAGAA GGGAGTATTA GACCCACATA GCAGAACGTC AGATGTCAGG 
GTAAGAACTG CCTTAGCACC ATCCAAAGGG CTTGTCCCAT CTCACCCACC CCAGACGCAG 
TGCTCTGCCT TGGGAAAACT TAGGCAGGAC AAGGGCCTAT CTGCTGTTAG CTGCTACCGT 
GGATCATTTG ATTGGGAGGA TAAATGTCTC TTGGAGGTTG TAGAAGAACA CTCTCCATCC 
CCAACTCCTT CTCCAACCGG AGTGCCTCCT GATTTGCTCA AATCTCAACC TCCTGCAGAA 
AGGACTGGTT TGGTTACACA CTTGACAAGC ACAGGGAAAT CTATAGGGGC TGTAAAAGGT 
GGAACTCAGG AGGGGCCTAA GGCCAAAGAT ACCAACAAAT CTTTGGAGAT TACCCAGGCA 
TGTGCACCAG GTAGGCCTGA ATCATCTCCT GAGGGTAGAC CAAACTCCAA AGGAGCCAGT 
CCTACTAGCT CTTCTCCACA GGTGAAGACT CTCATTACTC CTAAGAACGG CTCTTGA

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

MAST1A ( XM_009294431.2 ) cDNA ORF clone, Danio rerio(Zebrafish) -> XP_009292706.1 Danio rerio microtubule associated serine/threonine kinase 1a (mast1a), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ODa47101
Clone ID Related Accession (Same CDS sequence)	XM_009294431.3 , XM_009294431.2
Accession Version	XM_009294431.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5217bp) 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	1466611200000
Organism	Danio rerio(Zebrafish)
Product	microtubule-associated serine/threonine-protein kinase 1 isoform X1
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_007112.6) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2016 this sequence version replaced XM_009294431.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Danio rerio Annotation Release 105 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##

ATGAGCGATA GCATGGATGA CTCCGGTATT ATTCGCCGGC GGAGGATGCA GAAGGATCTT 
CCATTGCCCA GGAAGAGCAG TGGCTGTCGC ACCAGTAATC GCAAGAGTCT GATCTTGACC 
AGCACATCTC CAACTCTTCC CCGACCTCAC TCTCCTCTGC CAGGACATAT TGGAAGCAGC 
CCACTGGACA GCCCGAGGAC CTTCTCTCCC AGCGCACCCG CACACTTCTC CTTCGCTTCA 
TCCAGACGGG CTGATGGCAG ACGCTGGTCT CTGGCTTCTC TTCCCTCGTC TGGATATGGG 
ACCAACACAC CCAGCTCAAC GTCTTCCAGC TCGTCTCAGG AGCGGCTCCA TCAGTTGCCG 
TTTCAGCCCA CACTGGACGA GCTGCACTTC CTGACCAAAC ACTTCGGGAG CACGGAGAGC 
ATCACGGATG ATGACGGACG CCGATCTCCG CACATGCGGC CTCGATCGCG CAGTCTCAGT 
CCAGGACGAT CATCTTCCTG CTATGACAAT GAGATTGTCA TGATGAACCA TGTTTACAAG 
GAGCGCTTTC CTAAGGCGAC GGCTCAGATG GAGGAGCGTC TGGCGGACTT CATCGAGTCG 
TACTCTCCTG AGAACGTGCT GCCGCTGGCT GACGGGGTCC TCAGCTTCAT CCACCACCAG 
ATCGCAGAGC TGTCCCGAAA CTGCCTGACC AAATCTCGCG AAGGCCTCAT CACTACTGTC 
TACTTCTACG AGCTGCAGGA AAACCTGGAG AAGCTCCTGC ATGAAGCGTA CGAGCGATCG 
GAGAGTTCAG AGCTGACCTT CATCACTGAG CTGGTCAAGA AACTCTTCAT CATCATCTCA 
CGGCCTGCAC GACTGCTGGA GTGTCTGGAG TTTAACCCTG AGGAGTTTTA CCATCTCCTA 
GAGGCAGCGG AGGATCACGC TAAAGAGGGC CAGCTGATGA AAGCAGACAT CCCACGATAC 
ATCATCAGCC AGCTCGGCCT GACCAGAGAC CCGCTGGAAG ATATGGTGAA TTTGGAGAGT 
TATGACAGCG AGGGACCACA CACACCGGAG ACGGACGACT CAGCTGAAGG GAAGCTCAAA 
GCCATCAAAC CGCCCTGTGA ATCCGACTTT CAGACTATCA AACTCATCAG CAACGGAGCG 
TATGGAGCTG TGTATTTGGT CAGGCACAGA GAAACTCGAC AGCGCTTTGC AATGAAGAAG 
ATCAACAAAC AGAACCTGAT CCTGCGGAAC CAGATCCAGC AGGCGTTCGT GGAGCGGGAC 
ATCCTGACCT TCGCTGAAAA CCCCTTCGTG GTCAGCATGT TCTGTTCTTT TGAGACGCGC 
CGTCACCTGT GCATGGTTAT GGAGTACGTG GAGGGTGGCG ACTGTGCGAC TCTGCTGAAG 
AATATCGGAG CTCTTCCGGT GGATATGGCT CGGATGTACT TTGCCGAGAC CGTTTTGGCG 
CTGGAGTACA TTCATAATTA CGGCATCGTG CACCGGGACC TGAAACCAGA CAATCTGTTG 
ATCACATCAA TGGGTCACAT TAAGCTGACT GATTTCGGCC TGTCAAAGAT GGGACTCATG 
AATCTCACCA CTAACCTGTA TGAGGGACAC ATCGAGAAGG ATGCCAGGGA GTTCCTGGAT 
AAACAGGTCT GCGGCACACC AGAGTATATC GCTCCAGAGG TCATTCTCAG GCAGGGCTAT 
GGGAAACCTG TGGACTGGTG GGCTATGGGA ATCATCCTTT ACGAATTCCT AGTGGGCTGC 
GTGCCGTTTT TCGGAGATAC GCCTGAGGAG CTGTTTGGTC AGGTGATCAC AGATTATATT 
GAATGGCCCA ATGGAGATGA AGCACTGCCT GCTGACGCTC AGAGCCTGAT TTCGTCTCTG 
CTGCAAACCA ACCCACTGGT GCGACTTGGA ACAGGTGGTG CGTTCGAAGT GAAGCAGCAC 
TCGTTTTTCT CAGGACTGGA CTGGAACGGT TTACTCCGGC AGAAGGCCGA GTTCATCCCT 
CATCTTGAGT CTGAAGAGGA CACCAGCTAC TTCGACACAC GCTCTGAACG CTATCGCCAC 
ATCAACTCCT ACGATGAAGA CGACACCAAT GACGACGAGC CTGTGGAGAT CAGACAGTTC 
TCCTCCTGCT CGCCACGCTT CAGCAAGGTG TATAGCAGCA TGGAGCACCT GTCCCAGCTG 
GAGCAGAAGA CACCTGTAGT CACCCGCCGG GAGCACAAAG GGCGCCGCGA TGACAAGATA 
ACCAAGCGGG AGAGTTTCGG AAGCTTCAGT ATGAGAGACA AGAGCTGGAG GACAGGCTCA 
CCTGAGATGA AGCGTCTGTC ATGCTCTGAG TCTTTGTATA TGGAGGGAGA TTGCAGTCCT 
CCGATGGGCG CCCGGCGTCG TTTTTCAGCC CTAATGGACA CGCATAGATT TGCTTCTTCT 
CAAGAAGGCG ATGGAGAGCG ACAAGTTACT GCTAAAGCCA CCGGATCATC AGAAGGAGCA 
GTTCCTCCAT CCTCACCCAG TGCTAACGAA CAGAGGAATG GAAAGGAAGT GATGTCAATC 
AGCAGCAGTA AGAGTACAGA CAAGGCATCA AGGCCAGGTG AGGTGTCAGC ACCACAGACC 
ATACCGTCTA CAGGAGCCCC AGCAGTAATC TCTAGGGACT TGGTTGCCAT TGGTGACCCC 
GTCGGTCAGA GGGCAACCAA AGATCTGGTG CTTCGGCGAG CACGCCATCA GCAGCTGTCT 
AGTGATGGGG AGAAACGCAC CTCACGTCCG GGGAACAAGG TCATCAAATC TGCATCTGCA 
ACAGCACTCT CTGTCATTAT ACCTGGAGTT GAGCAGCATG GTAACTCTCC ATTGGCCAGC 
CCTATGTCTC CACGCTCTCT CTCGTCCAAC CCCTCATCGC GAGACTCTTC ACCCAGCCGT 
GACTACTGCC CCACAGTCAC GGTGCCCCGT TCCCCAATCA CTATCCAACG CTCTGGCAAA 
AAGTACGGGT TCACACTCCG TGCCATTCGG GTCTACATAG GAGACACTGA CGTCTACAGT 
GTGCACCATA TTGTCTGGCA TGTAGAGGAT GGAGGCCCTG CCCAGGAGGC GGGACTGTGT 
GCCGGTGACC TCATTACTCA TGTCAATGGT GAATCTGTGC ACGGATTAGT CCATACCGAG 
GTGGTAGAGC TTATACTTAA GAGTGGAAAC AAGGTTACTG TAACCACAAC ACCTTTTGAG 
AATACATCCA TTAAAGTGGG ACCAGCACGC AGGTCCAGTT ACAAGTCTAA GATGGCCCGA 
CGCAGTAAGA GGACAGTCAA AGAGGGACAA GAAAGTAAGA GGCGCGGATC TTTGTTCCGC 
AAAATAACTA AGCAGTCCAA CCTGCTGCAT ACAAGCCGTA GTCTGTCATC TCTAAATCGG 
TCCCTGTCAT CTAGCGATAG TCTTCCTGGG TCTCCTACAC ATAGCCTGTC AGGTCACTCC 
CCTACCCAAA GCTACCGCTC AACCCCTGAG TCATCCCACC TTGGTGCCTC TTCTCAGAGC 
AGCTCTCCTG CTTCAAGTAC CCCAAATTCC CCTGCAACAA CACAGCATAT GAGACCCAGC 
TCCCTGCATG GTCTTTCACC TAAACTACAC CGCCAGTATC GTTCAGCTCG CTGCAAGTCA 
GCTGGCAACA TCCCTTTGTC TCCGCTGGCT CATACACCAT CTCCAACTCA ATCCTCTCCA 
CCTCCTTTAC CAGGGCACAC AGTCGGAAGC TCCAACACGA CGCAAACCTT TCCTGCAAAA 
TTACACTCAT CCCCACCAAT AATAAGACCT AGACCCAAGA GTGCAGAACC TCCTCGATCA 
CCGCTACTCA AAAGAGTGCA GTCAGCTGAA AAACTTGGAT CACCGCTTTC ATCTTCATCT 
GAGAAGAAAG GGGGGATTGG GGTTATGAGA AAGCACAGTT TGGAGGTCGG ACATTCTGAT 
TATCGCAAAG ATGGTTTCCA TTGTGAGCTT GGCTTGCAGA GTTTGGTGGA AATTGAGGGT 
GAGAATTTGG CTTCGGCACC AACAAATTCT CCTTCACCCA CCCAGCCGAC CCCATTACCA 
CCTGAAACTG GTGTGCTGAA GCCAGTCAGG AAACTAGGCC GGCAAGAGTC ACCTTTGAGT 
AGAGATGCTT TGCTTGCTGG GAGAGAAAGG GAGAGAGAAA GGGAGAGAGA AAGGGAGAGG 
ACTGGTAAAG CTAATGAACC AAGTCGACCT ACTGAATCTA AACCAGCGGC AGTTACTCCA 
CCTGGGAGTA AGACATCTCC AAATTCTGAA ACATCTCAAC GCCACACTTC CACTATACAA 
GAATGTTGCC TAGTCAAACC TCAAACTTGG CAACCACCAC TAACCAAATC TTCTCCAATA 
GCATCAGAGT CCAAGTCTAA TATAGTAACC TCCATTCCGT CGCCCCTTAC AACAGTGTCT 
TCCCCTTCTA CCAAAACAAT AGATCAGAGT TCCATTAGAG AAGAGGGAAA TGACGACAAA 
GGAAGTCTTA CAAAGATTCC TCAAAGCCAG ACACTAGGAA CCACCAAGTC CCCACTCTCA 
TTAATTCCAT CAGAGTTAAT CAACAAAGAC TTATTAGAGA AAGGAGGAAA TGATAACGGG 
AAAAAGCAAG TGAAATCAGA CGTTGGCAAT ACTTCAGCTC AAGGCAAGCC AAGTATACCA 
TGTAGTCCCC CTGTGAAAAC AACAAGCACA GAGGTTACCA AAGCAAATGA GGGATTCGGT 
AATGGTGACA GTCTCAAGAA GGGAGTATTA GACCCACATA GCAGAACGTC AGATGTCAGG 
GTAAGAACTG CCTTAGCACC ATCCAAAGGG CTTGTCCCAT CTCACCCACC CCAGACGCAG 
TGCTCTGCCT TGGGAAAACT TAGGCAGGAC AAGGGCCTAT CTGCTGTTAG CTGCTACCGT 
GGATCATTTG ATTGGGAGGA TAAATGTCTC TTGGAGGTTG TAGAAGAACA CTCTCCATCC 
CCAACTCCTT CTCCAACCGG AGTGCCTCCT GATTTGCTCA AATCTCAACC TCCTGCAGAA 
AGGACTGGTT TGGTTACACA CTTGACAAGC ACAGGGAAAT CTATAGGGGC TGTAAAAGGT 
GGAACTCAGG AGGGGCCTAA GGCCAAAGAT ACCAACAAAT CTTTGGAGAT TACCCAGGCA 
TGTGCACCAG GTAGGCCTGA ATCATCTCCT GAGGGTAGAC CAAACTCCAA AGGAGCCAGT 
CCTACTAGCT CTTCTCCACA GGTGAAGACT CTCATTACTC CTAAGAACGG CTCTTGA

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

RefSeq	XP_009292706.1
CDS	531..5747
Translation	MSDSMDDSGIIRRRRMQKDLPLPRKSSGCRTSNRKSLILTSTSPTLPRPHSPLPGHIGSSPLDSPRTFSPSAPAHFSFASSRRADGRRWSLASLPSSGYGTNTPSSTSSSSSQERLHQLPFQPTLDELHFLTKHFGSTESITDDDGRRSPHMRPRSRSLSPGRSSSCYDNEIVMMNHVYKERFPKATAQMEERLADFIESYSPENVLPLADGVLSFIHHQIAELSRNCLTKSREGLITTVYFYELQENLEKLLHEAYERSESSELTFITELVKKLFIIISRPARLLECLEFNPEEFYHLLEAAEDHAKEGQLMKADIPRYIISQLGLTRDPLEDMVNLESYDSEGPHTPETDDSAEGKLKAIKPPCESDFQTIKLISNGAYGAVYLVRHRETRQRFAMKKINKQNLILRNQIQQAFVERDILTFAENPFVVSMFCSFETRRHLCMVMEYVEGGDCATLLKNIGALPVDMARMYFAETVLALEYIHNYGIVHRDLKPDNLLITSMGHIKLTDFGLSKMGLMNLTTNLYEGHIEKDAREFLDKQVCGTPEYIAPEVILRQGYGKPVDWWAMGIILYEFLVGCVPFFGDTPEELFGQVITDYIEWPNGDEALPADAQSLISSLLQTNPLVRLGTGGAFEVKQHSFFSGLDWNGLLRQKAEFIPHLESEEDTSYFDTRSERYRHINSYDEDDTNDDEPVEIRQFSSCSPRFSKVYSSMEHLSQLEQKTPVVTRREHKGRRDDKITKRESFGSFSMRDKSWRTGSPEMKRLSCSESLYMEGDCSPPMGARRRFSALMDTHRFASSQEGDGERQVTAKATGSSEGAVPPSSPSANEQRNGKEVMSISSSKSTDKASRPGEVSAPQTIPSTGAPAVISRDLVAIGDPVGQRATKDLVLRRARHQQLSSDGEKRTSRPGNKVIKSASATALSVIIPGVEQHGNSPLASPMSPRSLSSNPSSRDSSPSRDYCPTVTVPRSPITIQRSGKKYGFTLRAIRVYIGDTDVYSVHHIVWHVEDGGPAQEAGLCAGDLITHVNGESVHGLVHTEVVELILKSGNKVTVTTTPFENTSIKVGPARRSSYKSKMARRSKRTVKEGQESKRRGSLFRKITKQSNLLHTSRSLSSLNRSLSSSDSLPGSPTHSLSGHSPTQSYRSTPESSHLGASSQSSSPASSTPNSPATTQHMRPSSLHGLSPKLHRQYRSARCKSAGNIPLSPLAHTPSPTQSSPPPLPGHTVGSSNTTQTFPAKLHSSPPIIRPRPKSAEPPRSPLLKRVQSAEKLGSPLSSSSEKKGGIGVMRKHSLEVGHSDYRKDGFHCELGLQSLVEIEGENLASAPTNSPSPTQPTPLPPETGVLKPVRKLGRQESPLSRDALLAGRERERERERERERTGKANEPSRPTESKPAAVTPPGSKTSPNSETSQRHTSTIQECCLVKPQTWQPPLTKSSPIASESKSNIVTSIPSPLTTVSSPSTKTIDQSSIREEGNDDKGSLTKIPQSQTLGTTKSPLSLIPSELINKDLLEKGGNDNGKKQVKSDVGNTSAQGKPSIPCSPPVKTTSTEVTKANEGFGNGDSLKKGVLDPHSRTSDVRVRTALAPSKGLVPSHPPQTQCSALGKLRQDKGLSAVSCYRGSFDWEDKCLLEVVEEHSPSPTPSPTGVPPDLLKSQPPAERTGLVTHLTSTGKSIGAVKGGTQEGPKAKDTNKSLEITQACAPGRPESSPEGRPNSKGASPTSSSPQVKTLITPKNGS

Target ORF information:

RefSeq Version	XM_009294431.2
Organism	Danio rerio(Zebrafish)
Definition	Danio rerio microtubule associated serine/threonine kinase 1a (mast1a), transcript variant X1, mRNA.

Target ORF information:

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

XM_009294431.2

ORF Insert Sequence:

ATGAGCGATA GCATGGATGA CTCCGGTATT ATTCGCCGGC GGAGGATGCA GAAGGATCTT 
CCATTGCCCA GGAAGAGCAG TGGCTGTCGC ACCAGTAATC GCAAGAGTCT GATCTTGACC 
AGCACATCTC CAACTCTTCC CCGACCTCAC TCTCCTCTGC CAGGACATAT TGGAAGCAGC 
CCACTGGACA GCCCGAGGAC CTTCTCTCCC AGCGCACCCG CACACTTCTC CTTCGCTTCA 
TCCAGACGGG CTGATGGCAG ACGCTGGTCT CTGGCTTCTC TTCCCTCGTC TGGATATGGG 
ACCAACACAC CCAGCTCAAC GTCTTCCAGC TCGTCTCAGG AGCGGCTCCA TCAGTTGCCG 
TTTCAGCCCA CACTGGACGA GCTGCACTTC CTGACCAAAC ACTTCGGGAG CACGGAGAGC 
ATCACGGATG ATGACGGACG CCGATCTCCG CACATGCGGC CTCGATCGCG CAGTCTCAGT 
CCAGGACGAT CATCTTCCTG CTATGACAAT GAGATTGTCA TGATGAACCA TGTTTACAAG 
GAGCGCTTTC CTAAGGCGAC GGCTCAGATG GAGGAGCGTC TGGCGGACTT CATCGAGTCG 
TACTCTCCTG AGAACGTGCT GCCGCTGGCT GACGGGGTCC TCAGCTTCAT CCACCACCAG 
ATCGCAGAGC TGTCCCGAAA CTGCCTGACC AAATCTCGCG AAGGCCTCAT CACTACTGTC 
TACTTCTACG AGCTGCAGGA AAACCTGGAG AAGCTCCTGC ATGAAGCGTA CGAGCGATCG 
GAGAGTTCAG AGCTGACCTT CATCACTGAG CTGGTCAAGA AACTCTTCAT CATCATCTCA 
CGGCCTGCAC GACTGCTGGA GTGTCTGGAG TTTAACCCTG AGGAGTTTTA CCATCTCCTA 
GAGGCAGCGG AGGATCACGC TAAAGAGGGC CAGCTGATGA AAGCAGACAT CCCACGATAC 
ATCATCAGCC AGCTCGGCCT GACCAGAGAC CCGCTGGAAG ATATGGTGAA TTTGGAGAGT 
TATGACAGCG AGGGACCACA CACACCGGAG ACGGACGACT CAGCTGAAGG GAAGCTCAAA 
GCCATCAAAC CGCCCTGTGA ATCCGACTTT CAGACTATCA AACTCATCAG CAACGGAGCG 
TATGGAGCTG TGTATTTGGT CAGGCACAGA GAAACTCGAC AGCGCTTTGC AATGAAGAAG 
ATCAACAAAC AGAACCTGAT CCTGCGGAAC CAGATCCAGC AGGCGTTCGT GGAGCGGGAC 
ATCCTGACCT TCGCTGAAAA CCCCTTCGTG GTCAGCATGT TCTGTTCTTT TGAGACGCGC 
CGTCACCTGT GCATGGTTAT GGAGTACGTG GAGGGTGGCG ACTGTGCGAC TCTGCTGAAG 
AATATCGGAG CTCTTCCGGT GGATATGGCT CGGATGTACT TTGCCGAGAC CGTTTTGGCG 
CTGGAGTACA TTCATAATTA CGGCATCGTG CACCGGGACC TGAAACCAGA CAATCTGTTG 
ATCACATCAA TGGGTCACAT TAAGCTGACT GATTTCGGCC TGTCAAAGAT GGGACTCATG 
AATCTCACCA CTAACCTGTA TGAGGGACAC ATCGAGAAGG ATGCCAGGGA GTTCCTGGAT 
AAACAGGTCT GCGGCACACC AGAGTATATC GCTCCAGAGG TCATTCTCAG GCAGGGCTAT 
GGGAAACCTG TGGACTGGTG GGCTATGGGA ATCATCCTTT ACGAATTCCT AGTGGGCTGC 
GTGCCGTTTT TCGGAGATAC GCCTGAGGAG CTGTTTGGTC AGGTGATCAC AGATTATATT 
GAATGGCCCA ATGGAGATGA AGCACTGCCT GCTGACGCTC AGAGCCTGAT TTCGTCTCTG 
CTGCAAACCA ACCCACTGGT GCGACTTGGA ACAGGTGGTG CGTTCGAAGT GAAGCAGCAC 
TCGTTTTTCT CAGGACTGGA CTGGAACGGT TTACTCCGGC AGAAGGCCGA GTTCATCCCT 
CATCTTGAGT CTGAAGAGGA CACCAGCTAC TTCGACACAC GCTCTGAACG CTATCGCCAC 
ATCAACTCCT ACGATGAAGA CGACACCAAT GACGACGAGC CTGTGGAGAT CAGACAGTTC 
TCCTCCTGCT CGCCACGCTT CAGCAAGGTG TATAGCAGCA TGGAGCACCT GTCCCAGCTG 
GAGCAGAAGA CACCTGTAGT CACCCGCCGG GAGCACAAAG GGCGCCGCGA TGACAAGATA 
ACCAAGCGGG AGAGTTTCGG AAGCTTCAGT ATGAGAGACA AGAGCTGGAG GACAGGCTCA 
CCTGAGATGA AGCGTCTGTC ATGCTCTGAG TCTTTGTATA TGGAGGGAGA TTGCAGTCCT 
CCGATGGGCG CCCGGCGTCG TTTTTCAGCC CTAATGGACA CGCATAGATT TGCTTCTTCT 
CAAGAAGGCG ATGGAGAGCG ACAAGTTACT GCTAAAGCCA CCGGATCATC AGAAGGAGCA 
GTTCCTCCAT CCTCACCCAG TGCTAACGAA CAGAGGAATG GAAAGGAAGT GATGTCAATC 
AGCAGCAGTA AGAGTACAGA CAAGGCATCA AGGCCAGGTG AGGTGTCAGC ACCACAGACC 
ATACCGTCTA CAGGAGCCCC AGCAGTAATC TCTAGGGACT TGGTTGCCAT TGGTGACCCC 
GTCGGTCAGA GGGCAACCAA AGATCTGGTG CTTCGGCGAG CACGCCATCA GCAGCTGTCT 
AGTGATGGGG AGAAACGCAC CTCACGTCCG GGGAACAAGG TCATCAAATC TGCATCTGCA 
ACAGCACTCT CTGTCATTAT ACCTGGAGTT GAGCAGCATG GTAACTCTCC ATTGGCCAGC 
CCTATGTCTC CACGCTCTCT CTCGTCCAAC CCCTCATCGC GAGACTCTTC ACCCAGCCGT 
GACTACTGCC CCACAGTCAC GGTGCCCCGT TCCCCAATCA CTATCCAACG CTCTGGCAAA 
AAGTACGGGT TCACACTCCG TGCCATTCGG GTCTACATAG GAGACACTGA CGTCTACAGT 
GTGCACCATA TTGTCTGGCA TGTAGAGGAT GGAGGCCCTG CCCAGGAGGC GGGACTGTGT 
GCCGGTGACC TCATTACTCA TGTCAATGGT GAATCTGTGC ACGGATTAGT CCATACCGAG 
GTGGTAGAGC TTATACTTAA GAGTGGAAAC AAGGTTACTG TAACCACAAC ACCTTTTGAG 
AATACATCCA TTAAAGTGGG ACCAGCACGC AGGTCCAGTT ACAAGTCTAA GATGGCCCGA 
CGCAGTAAGA GGACAGTCAA AGAGGGACAA GAAAGTAAGA GGCGCGGATC TTTGTTCCGC 
AAAATAACTA AGCAGTCCAA CCTGCTGCAT ACAAGCCGTA GTCTGTCATC TCTAAATCGG 
TCCCTGTCAT CTAGCGATAG TCTTCCTGGG TCTCCTACAC ATAGCCTGTC AGGTCACTCC 
CCTACCCAAA GCTACCGCTC AACCCCTGAG TCATCCCACC TTGGTGCCTC TTCTCAGAGC 
AGCTCTCCTG CTTCAAGTAC CCCAAATTCC CCTGCAACAA CACAGCATAT GAGACCCAGC 
TCCCTGCATG GTCTTTCACC TAAACTACAC CGCCAGTATC GTTCAGCTCG CTGCAAGTCA 
GCTGGCAACA TCCCTTTGTC TCCGCTGGCT CATACACCAT CTCCAACTCA ATCCTCTCCA 
CCTCCTTTAC CAGGGCACAC AGTCGGAAGC TCCAACACGA CGCAAACCTT TCCTGCAAAA 
TTACACTCAT CCCCACCAAT AATAAGACCT AGACCCAAGA GTGCAGAACC TCCTCGATCA 
CCGCTACTCA AAAGAGTGCA GTCAGCTGAA AAACTTGGAT CACCGCTTTC ATCTTCATCT 
GAGAAGAAAG GGGGGATTGG GGTTATGAGA AAGCACAGTT TGGAGGTCGG ACATTCTGAT 
TATCGCAAAG ATGGTTTCCA TTGTGAGCTT GGCTTGCAGA GTTTGGTGGA AATTGAGGGT 
GAGAATTTGG CTTCGGCACC AACAAATTCT CCTTCACCCA CCCAGCCGAC CCCATTACCA 
CCTGAAACTG GTGTGCTGAA GCCAGTCAGG AAACTAGGCC GGCAAGAGTC ACCTTTGAGT 
AGAGATGCTT TGCTTGCTGG GAGAGAAAGG GAGAGAGAAA GGGAGAGAGA AAGGGAGAGG 
ACTGGTAAAG CTAATGAACC AAGTCGACCT ACTGAATCTA AACCAGCGGC AGTTACTCCA 
CCTGGGAGTA AGACATCTCC AAATTCTGAA ACATCTCAAC GCCACACTTC CACTATACAA 
GAATGTTGCC TAGTCAAACC TCAAACTTGG CAACCACCAC TAACCAAATC TTCTCCAATA 
GCATCAGAGT CCAAGTCTAA TATAGTAACC TCCATTCCGT CGCCCCTTAC AACAGTGTCT 
TCCCCTTCTA CCAAAACAAT AGATCAGAGT TCCATTAGAG AAGAGGGAAA TGACGACAAA 
GGAAGTCTTA CAAAGATTCC TCAAAGCCAG ACACTAGGAA CCACCAAGTC CCCACTCTCA 
TTAATTCCAT CAGAGTTAAT CAACAAAGAC TTATTAGAGA AAGGAGGAAA TGATAACGGG 
AAAAAGCAAG TGAAATCAGA CGTTGGCAAT ACTTCAGCTC AAGGCAAGCC AAGTATACCA 
TGTAGTCCCC CTGTGAAAAC AACAAGCACA GAGGTTACCA AAGCAAATGA GGGATTCGGT 
AATGGTGACA GTCTCAAGAA GGGAGTATTA GACCCACATA GCAGAACGTC AGATGTCAGG 
GTAAGAACTG CCTTAGCACC ATCCAAAGGG CTTGTCCCAT CTCACCCACC CCAGACGCAG 
TGCTCTGCCT TGGGAAAACT TAGGCAGGAC AAGGGCCTAT CTGCTGTTAG CTGCTACCGT 
GGATCATTTG ATTGGGAGGA TAAATGTCTC TTGGAGGTTG TAGAAGAACA CTCTCCATCC 
CCAACTCCTT CTCCAACCGG AGTGCCTCCT GATTTGCTCA AATCTCAACC TCCTGCAGAA 
AGGACTGGTT TGGTTACACA CTTGACAAGC ACAGGGAAAT CTATAGGGGC TGTAAAAGGT 
GGAACTCAGG AGGGGCCTAA GGCCAAAGAT ACCAACAAAT CTTTGGAGAT TACCCAGGCA 
TGTGCACCAG GTAGGCCTGA ATCATCTCCT GAGGGTAGAC CAAACTCCAA AGGAGCCAGT 
CCTACTAGCT CTTCTCCACA GGTGAAGACT CTCATTACTC CTAAGAACGG CTCTTGA

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

PubMed

REQUEST A QUOTE

EMAIL

gene@genscript.com

PHONE

1-877-436-7274

ONLINE FORM

Online Quote Submission

ONLINE FORM

Online Quote Submission

MAST1A cDNA ORF clone, Danio rerio(Zebrafish)

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:

Most Popular Services

Services & Products

News & Blogs

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM