nlrc5 cDNA ORF clone, Callorhinchus milii(elephant shark)

Gene
Clones
gRNAs

Summary

Gene Symbol	nlrc5
Entrez Gene ID	103187881
Full Name	NLR family CARD domain containing 5
Gene Type	protein-coding
Organism	Callorhinchus milii(elephant shark)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007907584.1	XP_007905775.1	protein NLRC5

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Elephant shark genome provides unique insights into gnathostome evolution.
Venkatesh B, Lee AP, Ravi V, Maurya AK, Lian MM, Swann JB, Ohta Y, Flajnik MF, Sutoh Y, Kasahara M, Hoon S, Gangu V, Roy SW, Irimia M, Korzh V, Kondrychyn I, Lim ZW, Tay BH, Tohari S, Kong KW, Ho S, Lorente-Galdos B, Quilez J, Marques-Bonet T, Raney BJ, Ingham PW, Tay A, Hillier LW, Minx P, Boehm T, Wilson RK, Brenner S, Warren WC
Nature505(7482)174-9(2014 Jan)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following nlrc5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the nlrc5 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
OCa386411	XM_007907584.1 Latest version!	Callorhinchus milii NLR family, CARD domain containing 5 (nlrc5), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

nlrc5 ( XM_007907584.1 ) cDNA ORF clone, Callorhinchus milii(elephant shark) -> XP_007905775.1 Callorhinchus milii NLR family, CARD domain containing 5 (nlrc5), mRNA.

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CloneID	OCa386411
Clone ID Related Accession (Same CDS sequence)	XM_007907584.1
Accession Version	XM_007907584.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6246bp) 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	2014-05-08
Organism	Callorhinchus milii(elephant shark)
Product	protein NLRC5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006890242.1) and transcript sequence (JW862060.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Callorhinchus milii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 84 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGAGCACCA GTGGAATTAA GGAAGTGCTG GAGAGCCACT GTGGGGAGCT GAGGGACTTG 
CTCAGCAAGG AGATGGCGAC CGCCCTTGAA AAGGCCAGCT TCATCCTGAG CAGGGAGGAG 
ATGGGGCACG TGATGAGCCA AGAAAATGAT CAGGACACAA TCTCAATGCT GCTAAACCAC 
ATCATGACCA AAGACAACAA CACTTGCAAG AAATTCTTTG AAACCCTCAT CATGGCCCTG 
CCCTTGAACT CCTTCTCAAT GCACTTGGAG AACTCACTCT TGGCAGCTGA TGAGGACCAG 
CTGGATGATG ATTGTTCCGT TTTTGAGAGT GAAGATTTAC CGTTGAAGAG TCCAGCGCCC 
TCGCCTCCAC CAGATCCTTT CCTACCTGAA GCAGATATGA GTAGAAAACG TCCCTTGGCG 
AAAGCGGACA GCACTGAACC TATTCAAACA AAACGAACAA ATCGAGGAAT CAACAGCGAA 
GTGACAGAAT TAACACCGAG CACCATGATT GCTGCTAGAG ATACGGCCAA TCATGATCTG 
ATGGAAGTGG ACAGCACAGC GGATCAAACG GGGGAAGAGT ACTTGAACTT GCCTTCGGTT 
TCAGTGGAAT TTGCTGAGGA TTATAAATCT CTGATGATGA AGACGATGGC TGAGAAATAT 
GAATCGAACA CCGATGAGAT CAAACTGAAG GAAGTTATCC TGGATCAGAC GGTTAAAACT 
CTGATAATCA AAGACAGCAT CTCAAAACTG AGGGAGAGGA TCGACTCCAG TAGGGATGAC 
GTGTTAGGCC TTCAGGGGCT GGAGGAAAAC TTGGACACGG TCTCAGGAAT TGCCGGATTC 
CTTGAGCAAA GCCGCAATTT GAAATCCAGT ATTAGCGTCC TCCTGGGAAA AGCGGGCATG 
GGGAAGACTA AGCTGATGCA CAAGTTGTGC CGTGACTGGA GCCGGGGTGG GTTCAGCCGT 
TTCACCTTCG TCTTCCTGTT TGAGTTCCGA AAGCTGAACC TGATCGAAGC CAAAATTAAC 
CTGAGGCGCC TGATGTTCGA CTTGTTCCTC ACGCCCGAAA GGAACGCGGA CAAGGTCTTC 
CGGTTCATCA CAGAGAACCC CGACAAGGTC CTCATCCTCT TCGACGGATT TGACGAGCTC 
AGGGACAAAG GGTCCATCAA AGCGTCCAAC CATTCCAGCA ACCCCAATGC GCTCCTCTCT 
ATACCTGCAC TGTTCTACAG CCTGCTTAAT GGTCTACTGC TCCCCGGGTG TACTCTGCTC 
ATCAGCTCTC GGCCCAAGGA TGCCCTCTGC CTCCCCTTGG ATACGGTGGG CCAGGTTGGC 
GAGGTGGAAG GACTCAATCA GGGCAAGATC GAAGAGTACG CCAGCTGCTT CTTGGGAGAA 
AACACTTTCA GAGACCAGGT GCTCGCTCAC CTGCAGAAAC ACCGAAAGAT GTTAAACATG 
TGCTCCACTC CTGCCCTGTG CTGGGTCATT TTCCTTTGCC TGGAGAACTT GATGTCGAGG 
CATCCAGCAA AAACCGAGCT ACCTCAGACA CTGACTCAGG TCTACATCAA GATGCTGAAT 
GTTTTCTTAA GTAAGGATGC CCCGTTTACA GAGGATCGTT CAGGCACTGA AGGACAGCTG 
CTGACCAGAC ACAGGCAGGA CATCACTAGG CTGTGCTGTC TTGCAGTGAA GGGCCTTCAG 
GAGGACAAGT CAGTATTTTA CGCAGATGAT CTGCTCTCCA AACAACTGGT TGATTTTGCT 
TCCTCCAGCG CCTTCCTCAC GCATTTCGAG GCGAAGAAGG AGGATTGCAG CCTGGAGGAC 
GGGCACGCCT TTGTCCACCT GACCCTGCAG GAGTTCTTCG GAGCCCTGCA CCACATGATC 
AGCGGCCACG TGACCGAGCA GATGCTCAAG CGCACCTTCG CCCTCAAATC CAAGTGGGTC 
TCCAAGAACG ACGCCAAGAG CAACTTCACG GACGCGGTCC ACGTCTTCTT GTCCGGGCTG 
GCGGCCAGGG AGTGCAGCCG GTTCCTCGGC ATCCTGGCGG GGAAGGACCA GGCCTGGGTG 
CGGAGGAAAC AACGCATCAT CTTGGAGAGT TTGAAGGCTT TGGCCACCAG GAACCCCACC 
GGCCCCAAGA TCATTGAGCT GTGCCACTGC GTATATGAGA CCCAGGACCG CGAGCTGGCT 
CGCGAAGTGG CGGCCTGTCT CAAGTTCGAG CTTCGCAACT TCCGCTTGAC TTCAGTGGAC 
ATGACCGCCA TGGCTTTTGT TATCAACAGC GGCCCAGGCA ACAAGTACCT GAACATCGCG 
GGCTGTGCCA TGGACCCAGA TTGCATCCAT GCCTTGGCCG ACTGCAAGCG CATCAATGTT 
TTAGTTTTCA AAGGTAGAAA ATATGAAGAT AAGTTTGCTA AAGCACTATC TGAAATCATC 
CCTGAAGTTA CCAACTTGAA GAACCTGATA CTGACATGTT GTAATATCGG TCCAAAGGGA 
GCTGGTTACC TGTCATTGGC ATTGAAGGCC TGTCACCAAC TTGAGGAAAT CGACCTTCAT 
GACAACGAGC TGGAAGATGC TGGTGTGCAA AAGATCATTA CTGCGCTTCC AACAATGATG 
AGTCTGAAGA AAATTGATTT AGGCAGGAAT AATATCACCG ACCGAGGTAT TCTCATCATA 
ACCAAAGCCA TGAACATTTG TTCCAGTATT GTGGATATCA ACATCAGGGA TTATGGGAAT 
ACTGCAACTA TCAACTTTTC CTCTGGTTTC AACAAGTCCG ACCTTCACAG GTTGTCTGTC 
TCCCCTTCCA GTCCCCCAGA GAACAAAGCT GATGAGAGAG CATTCCTGAG ACTCAGCCTC 
GTAAACTGCA TGTTAACATT TGCGTGCATG CATAAGCTGG GATTGATCCT GTTGTCCTAT 
CCTCGCCTGG CGGAACTGGA CTTGTCCGGC AATGAGCTGA AAGATCGTGG CTTCAGAGTG 
TTCCTCAAGA TCCTCCCAAA TCTCTCGATT TCCAAATTTA TTAATCTCAG CAACAATGGC 
ATATCTGAAA CTGCAGCCCT GCATTTATTG CGGTCCATCA AGCTTTGCCC CAGGATAGCC 
GAGGTGCGGG TCAGCCTCAA AAACTTTCAG ACCGTCTTTA TAAACTTTGC AGAAGATCAT 
GAGGGCACTG ATGACAGAGA TGGACGAAGC AGTGCTGGAA ATCCAAAGGC CAGACCCTGC 
TGCTTAACCA CACTCAGCCT GACCAACTGC TACTTTCAGC TCAAACAGTT GGAAGAATTG 
GTTTGTGCAC TGGATCACTG CCGTGCTCTG AGGGAACTTG ACTTATCTAA TAACTCGCTC 
GGAGACAAAG GCATCAAAAA GTTGGTTGAT CTCCTTCCGA ACCTGCACGT GTCAAGCCTG 
ATAAATATCA GCAACAACTC CATCACGCTA GGCGGGGTCC TGTACCTGAT TAAATACATG 
AAGAAGAGCG AAGACGTTCT TGAGATTGCA ATGAGTTTGA AGAAGAATGG AAGAGGATTA 
CTCAAGTTCC ACAGGAGCTG CAGGGAACGA GAATCTGGCG GATCATCAGA CCTTCTGTCT 
AGAGAAGCAA AAATTGGGAA TCTGGATTCA CCAATGCCGA AGAAAATCAG CCTTGAAGAG 
TGTAAGATGG ACGATCAGAA CATGGAGAAT CTCTGCACAG TCATCAACGG GTGTCGTGGA 
CTTACAGAAC TCGATTTGTC CAACAATGGC TTGAATGATG AAGTTCTTAC AAAACTACTG 
AACTATCTGC CGGACCTACA GGACTTGAAG ATTCTGAGTT TTAGTGAGAG GCACATTTCA 
TCAGACACTG TGCTGCTGCT GGCCAGCTCT CTGAATATCT GTGAGGAGGT TGTGGAAGTG 
GAAGTGAGAT CCAGCAGGAA AGCGTTGATC AGGCTTTCGA AGAGAGGAGA CAGTTACAGT 
GATGGTGCAT TTTATTTCCC ACACACCATT CCCGAAGAAC TGAGCCCAAC GTTCTCCCCT 
CATCCCAGAT TTCAAGAAAA CGGGAAGAAG CTGAGCGTTC CTCAACCCCG GTTTCTCAGC 
GTGAAGGACT GTGAGCTTGA TAAGAGCAAT GTGAGGGATC TGCTCCTGAT CCTCGCTGAG 
TGTAAAGACT TGTGCAGAGT GGACCTGTCC TGCAATTCCC TGGGGGATGA GGGACTGCGG 
TGTCTGCGCG ACTTCATACC CAAACTGAAC ATTTTAAAAC TCCTCGACAT TAGTAGGAAT 
GAAATCTCTC CCACTGGCGT GCTGTACCTC GTGGAGTCTC TCAACACCTG CCGAAGTGTT 
GCGGAGGTTG AGGTCAGCCT GGCTTCCAAT GGCAAGTTTC TGATAAAGTT TGAGAAGAGA 
CACGAAAAGA GGACTTGCAG AGACGGATCG GAGTATAAAG CTGCCCAGCC AACATCCAAC 
TGGGAAAAGG AGGGGCCTGA CAGAGACGTG TGTAGAAGGA TCAGCTTGAG GGACTGCAGT 
TTTAAAGAGG AACATCTGAC GAAGCTCTCC TCCATTGTGG AATGTTGCAG CCACTTAACG 
GAACTGGACC TCTCCTGTAA CAAGCTGGGG GACCGTGGCC TGAGCAGGCT GGTGGAGGTG 
GTAGCTGGAC TCAAAGACCT GAAGGAACTT GACTTACAGA AGAATGGGAT TTCCCTCTGT 
GCGATGGCCC ATCTCTTTGA AACACTGAAA TGCTCCCAGA GCCCATTAAC CCTCCGGCTT 
GAGGAGCAGT GGATCCAGGC TTCAGCTGCC GTCAATCTTG CAGTGAGCTG CGTGCAAAAC 
CATCCCAATA TTGCTGCTAT CAGGATAAAG AACACCAGTG TTTTGGTACA ACTGGCAACC 
AACAACCACC AACTAGCTGG GAACTTCTGG TCTGATAACT CCAGCTCGCT AATGGACTCT 
GCACACAGTG TTCCTCCTCT GCGCCTGATC GGACTCCGCC AATGCGCCAT TCAAGCTCCC 
CAGCTTCTTG AGCTCCTGCC TGTTATTAGA ATGTACCCAC ATCTATCGGA GATCGATTTA 
TCCCACAACG ACATCGGTGA CCGAGGAGCG GAGGAGCTGG GCAAGATTCT GCAGGATGTC 
CATGGTCTCC GCAAACTCAG CCTTGAATCC ATCGGGACCA GCCCAGCAGG AGCGAGGATG 
TTAGCAATGG GACTCGGTCG ATGCCTTGAC ATTGAGGAGC TGAATTTGTC ACAAAATGAG 
CTGGGAGAAG CAGGAGCCTC CGAAATGGGG AAGGTCTTGT CACAGATGGA ACGCTTAAAG 
AAGATCAACC TCTGCAGGAG AAGGACCGCA TCTGGTAGTT CGGTCGGTGG GCAGCTGTTG 
GCGAAAGGAC TGAGCAACTG CATCAAACTG GAAGAGATTA ACCTGGATTC TCTGGAGCTC 
GGGGACAGTG GTGTGCAGCT GTTGGCGATG GGACTTTTGA CGATGCCCCA TTTAAAGAAA 
TTAAATCTGA GGTCCAACTC TATCAGCAGC AGAGGGGCGG CTCAGCTCGC TGACTGTCTG 
AGAGGCAGCA CGGAGATTGA AGACATTGAT TTGTGTGACA ATTACATCGA GGATCTGGGA 
GCAAATAAAC TGGCTGACGT CCTGCCCAAT ATGAAACATT TGAAGAAACT GAACCTGACT 
CGGAACAATA TCACAGCAGC TGGTGGCTCC AAGGTGGTGG AAGCTCTTGG ACAATGTCCT 
TCAGTGCAGG AGATCCACCT ATCCTCAAAC AAGACCGGAG ATCAAACTGC GACAAGATTG 
GCTCAGACAC TGCCAAAGCT GCCTTGCATG AAGATCCTGA ACCTTCAGTC CAATGACATT 
GGTGTTGATG GTGGAGTACA GCTGGCTCGA GGGCTGTTCG TGTGCACGAC CATCGAAGAG 
ATCAGTCTTC CGGAAAATAA AATCGGGAAC AAGGGAGTGC TGGAACTTGC TGTGGCCCTG 
AAGGAACTGA AGTTGTTGAA GAAGCTGGAC CTGCGGCTGA ACGGTGTGAA CGACTGTGTG 
GTGGAGGAGC TGGCAGCCGG CCTGAGCCAC TGTCCTCGCG TCCAGGAAAT TGTATTGTCC 
TGGAACGGTA TCAGTGACTG GGGTGCGGTG AAACTGGCTG AAGTGCTGCC GAGAATGCCA 
GGATTGAAAA AACTAGATTT GGAAGGGAAT AAAATCACGG CAGTGGGGGC AGAGAGGCTG 
GTGGAGAGTC TCGGCCAGTG CCCTTTTATT GAAGTCATTC GGTTGTGGAA GAACAATACA 
TCAAGAGACC AGGAGCAAAG TCTCCAGGAA CAAGAGCCCA GATTAAATTT CAGCAGCACT 
CCATAA

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

RefSeq	XP_007905775.1
CDS	301..6546
Translation	MSTSGIKEVLESHCGELRDLLSKEMATALEKASFILSREEMGHVMSQENDQDTISMLLNHIMTKDNNTCKKFFETLIMALPLNSFSMHLENSLLAADEDQLDDDCSVFESEDLPLKSPAPSPPPDPFLPEADMSRKRPLAKADSTEPIQTKRTNRGINSEVTELTPSTMIAARDTANHDLMEVDSTADQTGEEYLNLPSVSVEFAEDYKSLMMKTMAEKYESNTDEIKLKEVILDQTVKTLIIKDSISKLRERIDSSRDDVLGLQGLEENLDTVSGIAGFLEQSRNLKSSISVLLGKAGMGKTKLMHKLCRDWSRGGFSRFTFVFLFEFRKLNLIEAKINLRRLMFDLFLTPERNADKVFRFITENPDKVLILFDGFDELRDKGSIKASNHSSNPNALLSIPALFYSLLNGLLLPGCTLLISSRPKDALCLPLDTVGQVGEVEGLNQGKIEEYASCFLGENTFRDQVLAHLQKHRKMLNMCSTPALCWVIFLCLENLMSRHPAKTELPQTLTQVYIKMLNVFLSKDAPFTEDRSGTEGQLLTRHRQDITRLCCLAVKGLQEDKSVFYADDLLSKQLVDFASSSAFLTHFEAKKEDCSLEDGHAFVHLTLQEFFGALHHMISGHVTEQMLKRTFALKSKWVSKNDAKSNFTDAVHVFLSGLAARECSRFLGILAGKDQAWVRRKQRIILESLKALATRNPTGPKIIELCHCVYETQDRELAREVAACLKFELRNFRLTSVDMTAMAFVINSGPGNKYLNIAGCAMDPDCIHALADCKRINVLVFKGRKYEDKFAKALSEIIPEVTNLKNLILTCCNIGPKGAGYLSLALKACHQLEEIDLHDNELEDAGVQKIITALPTMMSLKKIDLGRNNITDRGILIITKAMNICSSIVDINIRDYGNTATINFSSGFNKSDLHRLSVSPSSPPENKADERAFLRLSLVNCMLTFACMHKLGLILLSYPRLAELDLSGNELKDRGFRVFLKILPNLSISKFINLSNNGISETAALHLLRSIKLCPRIAEVRVSLKNFQTVFINFAEDHEGTDDRDGRSSAGNPKARPCCLTTLSLTNCYFQLKQLEELVCALDHCRALRELDLSNNSLGDKGIKKLVDLLPNLHVSSLINISNNSITLGGVLYLIKYMKKSEDVLEIAMSLKKNGRGLLKFHRSCRERESGGSSDLLSREAKIGNLDSPMPKKISLEECKMDDQNMENLCTVINGCRGLTELDLSNNGLNDEVLTKLLNYLPDLQDLKILSFSERHISSDTVLLLASSLNICEEVVEVEVRSSRKALIRLSKRGDSYSDGAFYFPHTIPEELSPTFSPHPRFQENGKKLSVPQPRFLSVKDCELDKSNVRDLLLILAECKDLCRVDLSCNSLGDEGLRCLRDFIPKLNILKLLDISRNEISPTGVLYLVESLNTCRSVAEVEVSLASNGKFLIKFEKRHEKRTCRDGSEYKAAQPTSNWEKEGPDRDVCRRISLRDCSFKEEHLTKLSSIVECCSHLTELDLSCNKLGDRGLSRLVEVVAGLKDLKELDLQKNGISLCAMAHLFETLKCSQSPLTLRLEEQWIQASAAVNLAVSCVQNHPNIAAIRIKNTSVLVQLATNNHQLAGNFWSDNSSSLMDSAHSVPPLRLIGLRQCAIQAPQLLELLPVIRMYPHLSEIDLSHNDIGDRGAEELGKILQDVHGLRKLSLESIGTSPAGARMLAMGLGRCLDIEELNLSQNELGEAGASEMGKVLSQMERLKKINLCRRRTASGSSVGGQLLAKGLSNCIKLEEINLDSLELGDSGVQLLAMGLLTMPHLKKLNLRSNSISSRGAAQLADCLRGSTEIEDIDLCDNYIEDLGANKLADVLPNMKHLKKLNLTRNNITAAGGSKVVEALGQCPSVQEIHLSSNKTGDQTATRLAQTLPKLPCMKILNLQSNDIGVDGGVQLARGLFVCTTIEEISLPENKIGNKGVLELAVALKELKLLKKLDLRLNGVNDCVVEELAAGLSHCPRVQEIVLSWNGISDWGAVKLAEVLPRMPGLKKLDLEGNKITAVGAERLVESLGQCPFIEVIRLWKNNTSRDQEQSLQEQEPRLNFSSTP

Target ORF information:

RefSeq Version	XM_007907584.1
Organism	Callorhinchus milii(elephant shark)
Definition	Callorhinchus milii NLR family, CARD domain containing 5 (nlrc5), mRNA.

Target ORF information:

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

XM_007907584.1

ORF Insert Sequence:

ATGAGCACCA GTGGAATTAA GGAAGTGCTG GAGAGCCACT GTGGGGAGCT GAGGGACTTG 
CTCAGCAAGG AGATGGCGAC CGCCCTTGAA AAGGCCAGCT TCATCCTGAG CAGGGAGGAG 
ATGGGGCACG TGATGAGCCA AGAAAATGAT CAGGACACAA TCTCAATGCT GCTAAACCAC 
ATCATGACCA AAGACAACAA CACTTGCAAG AAATTCTTTG AAACCCTCAT CATGGCCCTG 
CCCTTGAACT CCTTCTCAAT GCACTTGGAG AACTCACTCT TGGCAGCTGA TGAGGACCAG 
CTGGATGATG ATTGTTCCGT TTTTGAGAGT GAAGATTTAC CGTTGAAGAG TCCAGCGCCC 
TCGCCTCCAC CAGATCCTTT CCTACCTGAA GCAGATATGA GTAGAAAACG TCCCTTGGCG 
AAAGCGGACA GCACTGAACC TATTCAAACA AAACGAACAA ATCGAGGAAT CAACAGCGAA 
GTGACAGAAT TAACACCGAG CACCATGATT GCTGCTAGAG ATACGGCCAA TCATGATCTG 
ATGGAAGTGG ACAGCACAGC GGATCAAACG GGGGAAGAGT ACTTGAACTT GCCTTCGGTT 
TCAGTGGAAT TTGCTGAGGA TTATAAATCT CTGATGATGA AGACGATGGC TGAGAAATAT 
GAATCGAACA CCGATGAGAT CAAACTGAAG GAAGTTATCC TGGATCAGAC GGTTAAAACT 
CTGATAATCA AAGACAGCAT CTCAAAACTG AGGGAGAGGA TCGACTCCAG TAGGGATGAC 
GTGTTAGGCC TTCAGGGGCT GGAGGAAAAC TTGGACACGG TCTCAGGAAT TGCCGGATTC 
CTTGAGCAAA GCCGCAATTT GAAATCCAGT ATTAGCGTCC TCCTGGGAAA AGCGGGCATG 
GGGAAGACTA AGCTGATGCA CAAGTTGTGC CGTGACTGGA GCCGGGGTGG GTTCAGCCGT 
TTCACCTTCG TCTTCCTGTT TGAGTTCCGA AAGCTGAACC TGATCGAAGC CAAAATTAAC 
CTGAGGCGCC TGATGTTCGA CTTGTTCCTC ACGCCCGAAA GGAACGCGGA CAAGGTCTTC 
CGGTTCATCA CAGAGAACCC CGACAAGGTC CTCATCCTCT TCGACGGATT TGACGAGCTC 
AGGGACAAAG GGTCCATCAA AGCGTCCAAC CATTCCAGCA ACCCCAATGC GCTCCTCTCT 
ATACCTGCAC TGTTCTACAG CCTGCTTAAT GGTCTACTGC TCCCCGGGTG TACTCTGCTC 
ATCAGCTCTC GGCCCAAGGA TGCCCTCTGC CTCCCCTTGG ATACGGTGGG CCAGGTTGGC 
GAGGTGGAAG GACTCAATCA GGGCAAGATC GAAGAGTACG CCAGCTGCTT CTTGGGAGAA 
AACACTTTCA GAGACCAGGT GCTCGCTCAC CTGCAGAAAC ACCGAAAGAT GTTAAACATG 
TGCTCCACTC CTGCCCTGTG CTGGGTCATT TTCCTTTGCC TGGAGAACTT GATGTCGAGG 
CATCCAGCAA AAACCGAGCT ACCTCAGACA CTGACTCAGG TCTACATCAA GATGCTGAAT 
GTTTTCTTAA GTAAGGATGC CCCGTTTACA GAGGATCGTT CAGGCACTGA AGGACAGCTG 
CTGACCAGAC ACAGGCAGGA CATCACTAGG CTGTGCTGTC TTGCAGTGAA GGGCCTTCAG 
GAGGACAAGT CAGTATTTTA CGCAGATGAT CTGCTCTCCA AACAACTGGT TGATTTTGCT 
TCCTCCAGCG CCTTCCTCAC GCATTTCGAG GCGAAGAAGG AGGATTGCAG CCTGGAGGAC 
GGGCACGCCT TTGTCCACCT GACCCTGCAG GAGTTCTTCG GAGCCCTGCA CCACATGATC 
AGCGGCCACG TGACCGAGCA GATGCTCAAG CGCACCTTCG CCCTCAAATC CAAGTGGGTC 
TCCAAGAACG ACGCCAAGAG CAACTTCACG GACGCGGTCC ACGTCTTCTT GTCCGGGCTG 
GCGGCCAGGG AGTGCAGCCG GTTCCTCGGC ATCCTGGCGG GGAAGGACCA GGCCTGGGTG 
CGGAGGAAAC AACGCATCAT CTTGGAGAGT TTGAAGGCTT TGGCCACCAG GAACCCCACC 
GGCCCCAAGA TCATTGAGCT GTGCCACTGC GTATATGAGA CCCAGGACCG CGAGCTGGCT 
CGCGAAGTGG CGGCCTGTCT CAAGTTCGAG CTTCGCAACT TCCGCTTGAC TTCAGTGGAC 
ATGACCGCCA TGGCTTTTGT TATCAACAGC GGCCCAGGCA ACAAGTACCT GAACATCGCG 
GGCTGTGCCA TGGACCCAGA TTGCATCCAT GCCTTGGCCG ACTGCAAGCG CATCAATGTT 
TTAGTTTTCA AAGGTAGAAA ATATGAAGAT AAGTTTGCTA AAGCACTATC TGAAATCATC 
CCTGAAGTTA CCAACTTGAA GAACCTGATA CTGACATGTT GTAATATCGG TCCAAAGGGA 
GCTGGTTACC TGTCATTGGC ATTGAAGGCC TGTCACCAAC TTGAGGAAAT CGACCTTCAT 
GACAACGAGC TGGAAGATGC TGGTGTGCAA AAGATCATTA CTGCGCTTCC AACAATGATG 
AGTCTGAAGA AAATTGATTT AGGCAGGAAT AATATCACCG ACCGAGGTAT TCTCATCATA 
ACCAAAGCCA TGAACATTTG TTCCAGTATT GTGGATATCA ACATCAGGGA TTATGGGAAT 
ACTGCAACTA TCAACTTTTC CTCTGGTTTC AACAAGTCCG ACCTTCACAG GTTGTCTGTC 
TCCCCTTCCA GTCCCCCAGA GAACAAAGCT GATGAGAGAG CATTCCTGAG ACTCAGCCTC 
GTAAACTGCA TGTTAACATT TGCGTGCATG CATAAGCTGG GATTGATCCT GTTGTCCTAT 
CCTCGCCTGG CGGAACTGGA CTTGTCCGGC AATGAGCTGA AAGATCGTGG CTTCAGAGTG 
TTCCTCAAGA TCCTCCCAAA TCTCTCGATT TCCAAATTTA TTAATCTCAG CAACAATGGC 
ATATCTGAAA CTGCAGCCCT GCATTTATTG CGGTCCATCA AGCTTTGCCC CAGGATAGCC 
GAGGTGCGGG TCAGCCTCAA AAACTTTCAG ACCGTCTTTA TAAACTTTGC AGAAGATCAT 
GAGGGCACTG ATGACAGAGA TGGACGAAGC AGTGCTGGAA ATCCAAAGGC CAGACCCTGC 
TGCTTAACCA CACTCAGCCT GACCAACTGC TACTTTCAGC TCAAACAGTT GGAAGAATTG 
GTTTGTGCAC TGGATCACTG CCGTGCTCTG AGGGAACTTG ACTTATCTAA TAACTCGCTC 
GGAGACAAAG GCATCAAAAA GTTGGTTGAT CTCCTTCCGA ACCTGCACGT GTCAAGCCTG 
ATAAATATCA GCAACAACTC CATCACGCTA GGCGGGGTCC TGTACCTGAT TAAATACATG 
AAGAAGAGCG AAGACGTTCT TGAGATTGCA ATGAGTTTGA AGAAGAATGG AAGAGGATTA 
CTCAAGTTCC ACAGGAGCTG CAGGGAACGA GAATCTGGCG GATCATCAGA CCTTCTGTCT 
AGAGAAGCAA AAATTGGGAA TCTGGATTCA CCAATGCCGA AGAAAATCAG CCTTGAAGAG 
TGTAAGATGG ACGATCAGAA CATGGAGAAT CTCTGCACAG TCATCAACGG GTGTCGTGGA 
CTTACAGAAC TCGATTTGTC CAACAATGGC TTGAATGATG AAGTTCTTAC AAAACTACTG 
AACTATCTGC CGGACCTACA GGACTTGAAG ATTCTGAGTT TTAGTGAGAG GCACATTTCA 
TCAGACACTG TGCTGCTGCT GGCCAGCTCT CTGAATATCT GTGAGGAGGT TGTGGAAGTG 
GAAGTGAGAT CCAGCAGGAA AGCGTTGATC AGGCTTTCGA AGAGAGGAGA CAGTTACAGT 
GATGGTGCAT TTTATTTCCC ACACACCATT CCCGAAGAAC TGAGCCCAAC GTTCTCCCCT 
CATCCCAGAT TTCAAGAAAA CGGGAAGAAG CTGAGCGTTC CTCAACCCCG GTTTCTCAGC 
GTGAAGGACT GTGAGCTTGA TAAGAGCAAT GTGAGGGATC TGCTCCTGAT CCTCGCTGAG 
TGTAAAGACT TGTGCAGAGT GGACCTGTCC TGCAATTCCC TGGGGGATGA GGGACTGCGG 
TGTCTGCGCG ACTTCATACC CAAACTGAAC ATTTTAAAAC TCCTCGACAT TAGTAGGAAT 
GAAATCTCTC CCACTGGCGT GCTGTACCTC GTGGAGTCTC TCAACACCTG CCGAAGTGTT 
GCGGAGGTTG AGGTCAGCCT GGCTTCCAAT GGCAAGTTTC TGATAAAGTT TGAGAAGAGA 
CACGAAAAGA GGACTTGCAG AGACGGATCG GAGTATAAAG CTGCCCAGCC AACATCCAAC 
TGGGAAAAGG AGGGGCCTGA CAGAGACGTG TGTAGAAGGA TCAGCTTGAG GGACTGCAGT 
TTTAAAGAGG AACATCTGAC GAAGCTCTCC TCCATTGTGG AATGTTGCAG CCACTTAACG 
GAACTGGACC TCTCCTGTAA CAAGCTGGGG GACCGTGGCC TGAGCAGGCT GGTGGAGGTG 
GTAGCTGGAC TCAAAGACCT GAAGGAACTT GACTTACAGA AGAATGGGAT TTCCCTCTGT 
GCGATGGCCC ATCTCTTTGA AACACTGAAA TGCTCCCAGA GCCCATTAAC CCTCCGGCTT 
GAGGAGCAGT GGATCCAGGC TTCAGCTGCC GTCAATCTTG CAGTGAGCTG CGTGCAAAAC 
CATCCCAATA TTGCTGCTAT CAGGATAAAG AACACCAGTG TTTTGGTACA ACTGGCAACC 
AACAACCACC AACTAGCTGG GAACTTCTGG TCTGATAACT CCAGCTCGCT AATGGACTCT 
GCACACAGTG TTCCTCCTCT GCGCCTGATC GGACTCCGCC AATGCGCCAT TCAAGCTCCC 
CAGCTTCTTG AGCTCCTGCC TGTTATTAGA ATGTACCCAC ATCTATCGGA GATCGATTTA 
TCCCACAACG ACATCGGTGA CCGAGGAGCG GAGGAGCTGG GCAAGATTCT GCAGGATGTC 
CATGGTCTCC GCAAACTCAG CCTTGAATCC ATCGGGACCA GCCCAGCAGG AGCGAGGATG 
TTAGCAATGG GACTCGGTCG ATGCCTTGAC ATTGAGGAGC TGAATTTGTC ACAAAATGAG 
CTGGGAGAAG CAGGAGCCTC CGAAATGGGG AAGGTCTTGT CACAGATGGA ACGCTTAAAG 
AAGATCAACC TCTGCAGGAG AAGGACCGCA TCTGGTAGTT CGGTCGGTGG GCAGCTGTTG 
GCGAAAGGAC TGAGCAACTG CATCAAACTG GAAGAGATTA ACCTGGATTC TCTGGAGCTC 
GGGGACAGTG GTGTGCAGCT GTTGGCGATG GGACTTTTGA CGATGCCCCA TTTAAAGAAA 
TTAAATCTGA GGTCCAACTC TATCAGCAGC AGAGGGGCGG CTCAGCTCGC TGACTGTCTG 
AGAGGCAGCA CGGAGATTGA AGACATTGAT TTGTGTGACA ATTACATCGA GGATCTGGGA 
GCAAATAAAC TGGCTGACGT CCTGCCCAAT ATGAAACATT TGAAGAAACT GAACCTGACT 
CGGAACAATA TCACAGCAGC TGGTGGCTCC AAGGTGGTGG AAGCTCTTGG ACAATGTCCT 
TCAGTGCAGG AGATCCACCT ATCCTCAAAC AAGACCGGAG ATCAAACTGC GACAAGATTG 
GCTCAGACAC TGCCAAAGCT GCCTTGCATG AAGATCCTGA ACCTTCAGTC CAATGACATT 
GGTGTTGATG GTGGAGTACA GCTGGCTCGA GGGCTGTTCG TGTGCACGAC CATCGAAGAG 
ATCAGTCTTC CGGAAAATAA AATCGGGAAC AAGGGAGTGC TGGAACTTGC TGTGGCCCTG 
AAGGAACTGA AGTTGTTGAA GAAGCTGGAC CTGCGGCTGA ACGGTGTGAA CGACTGTGTG 
GTGGAGGAGC TGGCAGCCGG CCTGAGCCAC TGTCCTCGCG TCCAGGAAAT TGTATTGTCC 
TGGAACGGTA TCAGTGACTG GGGTGCGGTG AAACTGGCTG AAGTGCTGCC GAGAATGCCA 
GGATTGAAAA AACTAGATTT GGAAGGGAAT AAAATCACGG CAGTGGGGGC AGAGAGGCTG 
GTGGAGAGTC TCGGCCAGTG CCCTTTTATT GAAGTCATTC GGTTGTGGAA GAACAATACA 
TCAAGAGACC AGGAGCAAAG TCTCCAGGAA CAAGAGCCCA GATTAAATTT CAGCAGCACT 
CCATAA

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

PubMed

Elephant shark genome provides unique insights into gnathostome evolution.
Nature505(7482)174-9(2014 Jan)
Venkatesh B,Lee AP,Ravi V,Maurya AK,Lian MM,Swann JB,Ohta Y,Flajnik MF,Sutoh Y,Kasahara M,Hoon S,Gangu V,Roy SW,Irimia M,Korzh V,Kondrychyn I,Lim ZW,Tay BH,Tohari S,Kong KW,Ho S,Lorente-Galdos B,Quilez J,Marques-Bonet T,Raney BJ,Ingham PW,Tay A,Hillier LW,Minx P,Boehm T,Wilson RK,Brenner S,Warren WC

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オンライン注文

nlrc5 cDNA ORF clone, Callorhinchus milii(elephant shark)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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