tyk2 cDNA ORF clone, Boleophthalmus pectinirostris(great blue-spotted mudskipper)

Gene
Clones
gRNAs

Summary

Gene Symbol	tyk2
Entrez Gene ID	110166640
Full Name	tyrosine kinase 2
Gene Type	protein-coding
Organism	Boleophthalmus pectinirostris(great blue-spotted mudskipper)

mRNA and Protein(s)

mRNA	Protein	Name
XM_020931925.1	XP_020787584.1	non-receptor tyrosine-protein kinase TYK2

Pathways from BioSystems
Gene Ontology

The following tyk2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the tyk2 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OBo76378	XM_020931925.1 Latest version!	Boleophthalmus pectinirostris tyrosine kinase 2 (tyk2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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

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

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

Reference Sequences (Refseq)

tyk2 ( XM_020931925.1 ) cDNA ORF clone, Boleophthalmus pectinirostris(great blue-spotted mudskipper) -> XP_020787584.1 Boleophthalmus pectinirostris tyrosine kinase 2 (tyk2), mRNA.

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CloneID	OBo76378
Clone ID Related Accession (Same CDS sequence)	XM_020931925.1
Accession Version	XM_020931925.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3525bp) 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	2017-04-28
Organism	Boleophthalmus pectinirostris(great blue-spotted mudskipper)
Product	non-receptor tyrosine-protein kinase TYK2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018346968.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Boleophthalmus pectinirostris Annotation Release 100 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##

ATGTCACACC GGCCAAATCG CGCTGTTAAT GGTGATGTGC AGTTTACGAT GTTAAGGAAA 
AAAACATCCA AGAAGTGTTC GAGGTCATGG GTTTTTCCCG GTGAGAGTGA GCCTCCTGTG 
GGTCCAGGGG TGCATGTGTA CCTGTTCTGG AGGCCTGAGG GGGAGCCCTA CCTGTCCCAC 
ACATCTGGAG AGATCACAGC AGAGGAGCTG TGCATCTCAG CTGCAAAAGC AGTAGGGATA 
ACTCCTTTGT GTTACATGTT GTATGCTCTC TATGAACCAC TTTCATGTTG TTGGTACAGT 
CCAAACCATG TGTTCACGTT GGAGGAAAAT ACCCATCTGG TCCTTTACTT TCGGATGAGG 
TTTTACTTCC ATAACTGGCA TGGTCTTAAT GAGAATGAGC CAAAAGTGTC CCGTTATACC 
CCCAAGTCTG GGACAGGTCA AGGATGTTCC CCTCTGCTTG AAATTTCATC GTTGGAGTAC 
TTGTTCGCAC AGGCTAAATA TGAATTTGTA AATGAAGCAA TAGAAATCGA CGATATTCAT 
TCTGAAGAAG AGTTAAGTCG CTTCAAAAAT GAGAGCTTGG GAATGGCTGT ACTTCACCTT 
TCTCACTACG CATTACAGAA CAACAAAAAA TTACAAGAAG TTGCTGAAAA AAATAGCTTC 
CATCACTGCA TTCCAAGATC TTTTGCCAGA CAAATTTCCA AGGACAACTT TCTGACAAAA 
TACCGCATGA GGCGAATATT TACAGAGTTT GTCCAGGCTT TCCAACAGCA CACTGTGGAT 
AAAGGAAAAC TTGGAACGCA AGAAATAATG TATAAATATG TCTCAACTCT GGAACACTTG 
GCTCCACGCT TCGGCACCGA AACATACCGT GTGTCTCGCA TGGACCTATA CAATGATGGG 
CAGGGATGTT CTTATTCCAA CTCAAATCAG GAACAAAGTA CCTCAAAAAA CAACTACAAA 
GCCCCTATCA CACATGAAAT AATGGTCTGT GGTTTAAAGG GCATTCAGTG GAGAAAGGTG 
TCTACCCAAA TGGCTCAATC CAACCCGTAC ATTAGGGGTG ATTACATGAG GAAGGCAAAA 
CAGCACTCAA CTGAAGCCAG TGGAAATACT CCCAATGCAT GGACGTCTTT CTGTGATTTC 
CCTGAAATCA CTCATATCAT CCTCACAGAA GATAAAGTGC GCATTAGTAC TGAGGACAAC 
GGCTGCATGG AGGCTCACAT GGGCTCCAGG CAGGAGGCTC AGTCCTTTGC ATCCCTGATT 
GATGGATACT ACCGACTCAC TGCCGATGCC CACCACTATC TCTGCTGTGA TGTGGCACCC 
CCAAGGGTTG TGCTGAGTGC GAACAATACA CTGCATGGAC CTATACAGGA TGAATTTGTG 
CTAATGAAGC TCAAAAAAGA GGCAGCTGAG GAGGGAGTGT TTCTTGTACG CTGGAGTGTT 
ATTGACTATC ATCGCCTCAT TCTAGCTGTT CTGAGCAAAA CTCAGAAAGG ATCTTTGCCA 
ACCCACAAGC AGTTTCGAAT TGAGTACAAA GGATCAAGGT TCTGTCTTGA GGGTTGGGAC 
AAAGAATTTT CCGGTATGAA AGAGCTTACG GACAGCCTAA AAACATTCAT TCTTCAGTCA 
GGATCTGAAA CATTTACTGT AAAGAAATGT CTCCTTCCCA AACCACGAGA GTTGTCCAAT 
CTTATAGTTA CAAGAAAAAC AGAGGAAAAT GACCCTCATC TCCCAAACTT ACCAGAAGTA 
CGGTTTATTC AAATAAAGGA CAAAGAAATT GTGAAGAAAA TACATCTGGG TCAAGGAACC 
AGAACATACA TCTACTCTGG AACTCTGGTG CCAACCAAAC AAGCAAATGC AAAGAATGAC 
TTTAATGACT GCAGTGAAAT TAAAGTTGCT CTGAAGATTC TTGACGATGT ACACAAAAAC 
ATTGCACTTG AATTTTTTGG GATAGCAAGC CTTATGAGAC AAGTGTCCCA CAGCCATTTG 
GTCTTTGTAC ATGGTGTATC TGTCAAAGGA TCTGAAAACA TCCTGGTTGA AGAATATGTG 
GAATTTGGGC CTCTGGATGT CTTCCTTCGC AAAGAAAAGG CGCAAATTTC TTCTCAGTGG 
AAATTACTAG TTGCGCAACA ACTTGCAAGT GCCCTTAGTT ACCTTGAGAC GAAGCAACTG 
ATTCATGGGA ATGTTTGTGG TAAAAATATT CTTGTTGCAC GAAGAGGGCT GGAGCCTGGG 
ATCGATCCTT TTGTGAAGCT GAGTGATCCT GGAATCGCAC TCAGTGTTCT TTCAAGAGAA 
GAGCGTGTGG AGCGCATCCC ATGGATCGCC CCTGAATGTA TTGAAAGTGG GGCCTTTCTT 
GGCAATGCTG CCGACCAGTG GAGCTTTGGA GTCACTCTTC TTGAAATCTG CAATAATGGA 
CATCTCCCAA TGAGTTCCTG GACATTGTCT GAGAAAGAGA GATTTTACAA ACAAAAAGAC 
AGTTTACCTC AACCATCCTC CGAGGAGCTG ACCAAATTCA TCAGTATGTG TTTGACCTAT 
GAACCTTCAG AGAGGCCTTC CTTCAGAACT GTCCTTAGAG AGCTCACTAA AATTGGAGAT 
TCTGAAATTA CTCTGCCTGA CCCAATGCCC CAAATGGACC CAACCGTGTA CTACAAGCGG 
TACCTGAAAG AGATGAGAGA ACTGGGAGCG GGCCACTTTG GAAAGGTTAT TCTGTACTTA 
TATGACCCTT CCAATGATCG GACGGGAGAG TTAGTGGCAG TAAAGGCCTT GAAACAAGAT 
GGCGGCCATG TACCAGAGGG CTGGATGAAG GAGATTGAAA CCCTGAAATC TCTCAGTCAC 
ACCAATATTG TCAAGTACAA GGGATGCTGC GCTGAACTAG GAGGACAAAT GGTGCAACTA 
GTAATGGAGT ATGTTCCTAT GGGGAGTTTA AACAAGTATG CTCGTGAACG TAAGCTGAGT 
ACACCCCAGT GCCTTCTCTT TGCTCAGCAG ATCTGTCAAG GCATGGCATA CTTACATTCT 
GAGCGTTACA TTCACCGAGA CCTTGCTGCC CGTAACGTGC TGGTGGAAAA TGACAATTTG 
GTAAAGATTG GAGACTTTGG TTTGTCAAAA TACATCCCTG AGGGGGAGGC CTACTACCGT 
GTACGTGAAG ACGGAGACAG CCCAGTGTAC TGGTATGCGA TTGAATGCTT GAAAGAGAGC 
AAATTTTCTT TTGATTCTGA CATATGGTCC TTTGGTGTTA CGTTGTATGA AATCCTGACA 
CGTTGTGACC CTCGTGAAAG TCCTCCCAGT AAATTCAATG AAATGAAGGG GGCGGAGCAT 
CCCCAGCTGA CTGTGATGCT ACTCATTCAA ATGTTGGAGA GACAAATCCG ATTGCCTTGT 
CCCAGAGACT GTCCACATGA GGTGAAGATC ATTATGGATC AGTGCTGGGC CACCAATCGC 
AACCATCGCC CAAAATTTTG TTCACTTATT AAGAGATTTG AGGATATTCG TCAAAAATAC 
GACTGGCAAT CCAATGGCAA CTTTTCTCTT GCCCAGATTT GCTGA

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

RefSeq	XP_020787584.1
CDS	85..3609
Translation	MSHRPNRAVNGDVQFTMLRKKTSKKCSRSWVFPGESEPPVGPGVHVYLFWRPEGEPYLSHTSGEITAEELCISAAKAVGITPLCYMLYALYEPLSCCWYSPNHVFTLEENTHLVLYFRMRFYFHNWHGLNENEPKVSRYTPKSGTGQGCSPLLEISSLEYLFAQAKYEFVNEAIEIDDIHSEEELSRFKNESLGMAVLHLSHYALQNNKKLQEVAEKNSFHHCIPRSFARQISKDNFLTKYRMRRIFTEFVQAFQQHTVDKGKLGTQEIMYKYVSTLEHLAPRFGTETYRVSRMDLYNDGQGCSYSNSNQEQSTSKNNYKAPITHEIMVCGLKGIQWRKVSTQMAQSNPYIRGDYMRKAKQHSTEASGNTPNAWTSFCDFPEITHIILTEDKVRISTEDNGCMEAHMGSRQEAQSFASLIDGYYRLTADAHHYLCCDVAPPRVVLSANNTLHGPIQDEFVLMKLKKEAAEEGVFLVRWSVIDYHRLILAVLSKTQKGSLPTHKQFRIEYKGSRFCLEGWDKEFSGMKELTDSLKTFILQSGSETFTVKKCLLPKPRELSNLIVTRKTEENDPHLPNLPEVRFIQIKDKEIVKKIHLGQGTRTYIYSGTLVPTKQANAKNDFNDCSEIKVALKILDDVHKNIALEFFGIASLMRQVSHSHLVFVHGVSVKGSENILVEEYVEFGPLDVFLRKEKAQISSQWKLLVAQQLASALSYLETKQLIHGNVCGKNILVARRGLEPGIDPFVKLSDPGIALSVLSREERVERIPWIAPECIESGAFLGNAADQWSFGVTLLEICNNGHLPMSSWTLSEKERFYKQKDSLPQPSSEELTKFISMCLTYEPSERPSFRTVLRELTKIGDSEITLPDPMPQMDPTVYYKRYLKEMRELGAGHFGKVILYLYDPSNDRTGELVAVKALKQDGGHVPEGWMKEIETLKSLSHTNIVKYKGCCAELGGQMVQLVMEYVPMGSLNKYARERKLSTPQCLLFAQQICQGMAYLHSERYIHRDLAARNVLVENDNLVKIGDFGLSKYIPEGEAYYRVREDGDSPVYWYAIECLKESKFSFDSDIWSFGVTLYEILTRCDPRESPPSKFNEMKGAEHPQLTVMLLIQMLERQIRLPCPRDCPHEVKIIMDQCWATNRNHRPKFCSLIKRFEDIRQKYDWQSNGNFSLAQIC

Target ORF information:

RefSeq Version	XM_020931925.1
Organism	Boleophthalmus pectinirostris(great blue-spotted mudskipper)
Definition	Boleophthalmus pectinirostris tyrosine kinase 2 (tyk2), mRNA.

Target ORF information:

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

XM_020931925.1

ORF Insert Sequence:

ATGTCACACC GGCCAAATCG CGCTGTTAAT GGTGATGTGC AGTTTACGAT GTTAAGGAAA 
AAAACATCCA AGAAGTGTTC GAGGTCATGG GTTTTTCCCG GTGAGAGTGA GCCTCCTGTG 
GGTCCAGGGG TGCATGTGTA CCTGTTCTGG AGGCCTGAGG GGGAGCCCTA CCTGTCCCAC 
ACATCTGGAG AGATCACAGC AGAGGAGCTG TGCATCTCAG CTGCAAAAGC AGTAGGGATA 
ACTCCTTTGT GTTACATGTT GTATGCTCTC TATGAACCAC TTTCATGTTG TTGGTACAGT 
CCAAACCATG TGTTCACGTT GGAGGAAAAT ACCCATCTGG TCCTTTACTT TCGGATGAGG 
TTTTACTTCC ATAACTGGCA TGGTCTTAAT GAGAATGAGC CAAAAGTGTC CCGTTATACC 
CCCAAGTCTG GGACAGGTCA AGGATGTTCC CCTCTGCTTG AAATTTCATC GTTGGAGTAC 
TTGTTCGCAC AGGCTAAATA TGAATTTGTA AATGAAGCAA TAGAAATCGA CGATATTCAT 
TCTGAAGAAG AGTTAAGTCG CTTCAAAAAT GAGAGCTTGG GAATGGCTGT ACTTCACCTT 
TCTCACTACG CATTACAGAA CAACAAAAAA TTACAAGAAG TTGCTGAAAA AAATAGCTTC 
CATCACTGCA TTCCAAGATC TTTTGCCAGA CAAATTTCCA AGGACAACTT TCTGACAAAA 
TACCGCATGA GGCGAATATT TACAGAGTTT GTCCAGGCTT TCCAACAGCA CACTGTGGAT 
AAAGGAAAAC TTGGAACGCA AGAAATAATG TATAAATATG TCTCAACTCT GGAACACTTG 
GCTCCACGCT TCGGCACCGA AACATACCGT GTGTCTCGCA TGGACCTATA CAATGATGGG 
CAGGGATGTT CTTATTCCAA CTCAAATCAG GAACAAAGTA CCTCAAAAAA CAACTACAAA 
GCCCCTATCA CACATGAAAT AATGGTCTGT GGTTTAAAGG GCATTCAGTG GAGAAAGGTG 
TCTACCCAAA TGGCTCAATC CAACCCGTAC ATTAGGGGTG ATTACATGAG GAAGGCAAAA 
CAGCACTCAA CTGAAGCCAG TGGAAATACT CCCAATGCAT GGACGTCTTT CTGTGATTTC 
CCTGAAATCA CTCATATCAT CCTCACAGAA GATAAAGTGC GCATTAGTAC TGAGGACAAC 
GGCTGCATGG AGGCTCACAT GGGCTCCAGG CAGGAGGCTC AGTCCTTTGC ATCCCTGATT 
GATGGATACT ACCGACTCAC TGCCGATGCC CACCACTATC TCTGCTGTGA TGTGGCACCC 
CCAAGGGTTG TGCTGAGTGC GAACAATACA CTGCATGGAC CTATACAGGA TGAATTTGTG 
CTAATGAAGC TCAAAAAAGA GGCAGCTGAG GAGGGAGTGT TTCTTGTACG CTGGAGTGTT 
ATTGACTATC ATCGCCTCAT TCTAGCTGTT CTGAGCAAAA CTCAGAAAGG ATCTTTGCCA 
ACCCACAAGC AGTTTCGAAT TGAGTACAAA GGATCAAGGT TCTGTCTTGA GGGTTGGGAC 
AAAGAATTTT CCGGTATGAA AGAGCTTACG GACAGCCTAA AAACATTCAT TCTTCAGTCA 
GGATCTGAAA CATTTACTGT AAAGAAATGT CTCCTTCCCA AACCACGAGA GTTGTCCAAT 
CTTATAGTTA CAAGAAAAAC AGAGGAAAAT GACCCTCATC TCCCAAACTT ACCAGAAGTA 
CGGTTTATTC AAATAAAGGA CAAAGAAATT GTGAAGAAAA TACATCTGGG TCAAGGAACC 
AGAACATACA TCTACTCTGG AACTCTGGTG CCAACCAAAC AAGCAAATGC AAAGAATGAC 
TTTAATGACT GCAGTGAAAT TAAAGTTGCT CTGAAGATTC TTGACGATGT ACACAAAAAC 
ATTGCACTTG AATTTTTTGG GATAGCAAGC CTTATGAGAC AAGTGTCCCA CAGCCATTTG 
GTCTTTGTAC ATGGTGTATC TGTCAAAGGA TCTGAAAACA TCCTGGTTGA AGAATATGTG 
GAATTTGGGC CTCTGGATGT CTTCCTTCGC AAAGAAAAGG CGCAAATTTC TTCTCAGTGG 
AAATTACTAG TTGCGCAACA ACTTGCAAGT GCCCTTAGTT ACCTTGAGAC GAAGCAACTG 
ATTCATGGGA ATGTTTGTGG TAAAAATATT CTTGTTGCAC GAAGAGGGCT GGAGCCTGGG 
ATCGATCCTT TTGTGAAGCT GAGTGATCCT GGAATCGCAC TCAGTGTTCT TTCAAGAGAA 
GAGCGTGTGG AGCGCATCCC ATGGATCGCC CCTGAATGTA TTGAAAGTGG GGCCTTTCTT 
GGCAATGCTG CCGACCAGTG GAGCTTTGGA GTCACTCTTC TTGAAATCTG CAATAATGGA 
CATCTCCCAA TGAGTTCCTG GACATTGTCT GAGAAAGAGA GATTTTACAA ACAAAAAGAC 
AGTTTACCTC AACCATCCTC CGAGGAGCTG ACCAAATTCA TCAGTATGTG TTTGACCTAT 
GAACCTTCAG AGAGGCCTTC CTTCAGAACT GTCCTTAGAG AGCTCACTAA AATTGGAGAT 
TCTGAAATTA CTCTGCCTGA CCCAATGCCC CAAATGGACC CAACCGTGTA CTACAAGCGG 
TACCTGAAAG AGATGAGAGA ACTGGGAGCG GGCCACTTTG GAAAGGTTAT TCTGTACTTA 
TATGACCCTT CCAATGATCG GACGGGAGAG TTAGTGGCAG TAAAGGCCTT GAAACAAGAT 
GGCGGCCATG TACCAGAGGG CTGGATGAAG GAGATTGAAA CCCTGAAATC TCTCAGTCAC 
ACCAATATTG TCAAGTACAA GGGATGCTGC GCTGAACTAG GAGGACAAAT GGTGCAACTA 
GTAATGGAGT ATGTTCCTAT GGGGAGTTTA AACAAGTATG CTCGTGAACG TAAGCTGAGT 
ACACCCCAGT GCCTTCTCTT TGCTCAGCAG ATCTGTCAAG GCATGGCATA CTTACATTCT 
GAGCGTTACA TTCACCGAGA CCTTGCTGCC CGTAACGTGC TGGTGGAAAA TGACAATTTG 
GTAAAGATTG GAGACTTTGG TTTGTCAAAA TACATCCCTG AGGGGGAGGC CTACTACCGT 
GTACGTGAAG ACGGAGACAG CCCAGTGTAC TGGTATGCGA TTGAATGCTT GAAAGAGAGC 
AAATTTTCTT TTGATTCTGA CATATGGTCC TTTGGTGTTA CGTTGTATGA AATCCTGACA 
CGTTGTGACC CTCGTGAAAG TCCTCCCAGT AAATTCAATG AAATGAAGGG GGCGGAGCAT 
CCCCAGCTGA CTGTGATGCT ACTCATTCAA ATGTTGGAGA GACAAATCCG ATTGCCTTGT 
CCCAGAGACT GTCCACATGA GGTGAAGATC ATTATGGATC AGTGCTGGGC CACCAATCGC 
AACCATCGCC CAAAATTTTG TTCACTTATT AAGAGATTTG AGGATATTCG TCAAAAATAC 
GACTGGCAAT CCAATGGCAA CTTTTCTCTT GCCCAGATTT GCTGA