Cbr-ret-1 cDNA ORF clone, Caenorhabditis briggsae

Gene
Clones
gRNAs

Summary

Gene Symbol	Cbr-ret-1
Entrez Gene ID	8579748
Full Name	C. briggsae CBR-RET-1 protein
Gene Type	protein-coding
Organism	Caenorhabditis briggsae

mRNA and Protein(s)

mRNA	Protein	Name
XM_002637705.1	XP_002637751.1	C. briggsae CBR-RET-1 protein

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

The genome sequence of Caenorhabditis briggsae: a platform for comparative genomics.
Stein LD, Bao Z, Blasiar D, Blumenthal T, Brent MR, Chen N, Chinwalla A, Clarke L, Clee C, Coghlan A, Coulson A, D'Eustachio P, Fitch DH, Fulton LA, Fulton RE, Griffiths-Jones S, Harris TW, Hillier LW, Kamath R, Kuwabara PE, Mardis ER, Marra MA, Miner TL, Minx P, Mullikin JC, Plumb RW, Rogers J, Schein JE, Sohrmann M, Spieth J, Stajich JE, Wei C, Willey D, Wilson RK, Durbin R, Waterston RH
PLoS biology1(2)E45(2003 Nov)

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

The following Cbr-ret-1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Cbr-ret-1 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
OCf06706	XM_002637705.1 Latest version!	Caenorhabditis briggsae C. briggsae CBR-RET-1 protein (Cbr-ret-1) mRNA, complete cds.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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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)

Cbr-ret-1 ( XM_002637705.1 ) cDNA ORF clone, Caenorhabditis briggsae -> XP_002637751.1 Caenorhabditis briggsae C. briggsae CBR-RET-1 protein (Cbr-ret-1) mRNA, complete cds.

Price & Availability↑

CloneID	OCf06706
Clone ID Related Accession (Same CDS sequence)	XM_002637705.1
Accession Version	XM_002637705.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7818bp) 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	1258300800000
Organism	Caenorhabditis briggsae
Product	C. briggsae CBR-RET-1 protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_013488). COMPLETENESS: incomplete on both ends.

ATGGATTCTG AAATTGTTAC TGCTCAAATT GATATGGAGG AAGTCGATGT GGATCTATTT 
TTCCGGAAGC CACCGGAAAT CACTGATTTT GGATTTGTCA AGACATTCTG GATCGATTCC 
AGAGACGATG ACACCCACTC GACACTGAAA CCAGATCAAA CAACAGAAGA ACATTCCGAC 
CCGGAAGTTA AACTTTTACA ACCTCTTGCT CTTCAATCTC TTGAAACTGG CAATGATGAA 
TCCGGTGGGT CTTCATGTAC CGATTCAGAA GACGTTCGGC TTCCCGAAGA GATTCTGAAT 
GCACCTATGG ATGATGATGT GTTTGAAGAT GAAGAAGTCA TTGAGAACGT GGAAACTGAT 
TTGCTTTTCC GTCAGCCAAT GAACAGAGAA ATGGAATTGG TGTACACGAT TTCAAAGGGA 
GCTGCAATTA ATTTGGATGA ATTGGAAGAG GAAGATGAAG ACGTTGACGT TGACTTGTGG 
TTCCGAGAAC CAACGGATAC TCGATTTGAA CTGGTCTACA CAATTCCATT GATGGAAGAC 
GTGAGTGTTG ATTCTTCTGG AGAAAAATTG GAAGACGTCC CGCCGGCAGA AGAATTGGAT 
AATGTGGTTA AAGAAGCGTC ATTGACTGAA TTCACATTCA AACCAATTGG AAATGATGAA 
GAAACTGAAA CGGAAACATT GACTACTGAA GTTGTCACTG TCTTGGAGAG ACCTCAAGAT 
GATCAAGGAG CAGGAGAAGG TTCTAGAGAT TTCATCGAGA AAGTGAAACT GACCTCCAAC 
GACACATTTG ATAGCTTTGA TGATGAGGAA GAAGCATTCC AGAATGCGTT CGTCAAACCT 
GTGGAGACTC CGGAAACTCC TGTTCCAGAA TACAATGATG ATCAACAAGA TGACGTTCGA 
GATGTTTCGG TTTCTGAGGT TTTGAAAAAT GCTGCTGAGC AACTGCAGGT TATTCATGAT 
TCTCTGTCTC CGGAAGATGT GGAAGGTGAG ACTCTCAAGC AAGTTGAATC GGCTCCAGAT 
TTTATTTCTG AAAATGTCGG AGATGCCGGT GCTGCTAGTG CTACTGATTT CCCAGAAACA 
AGATTCGAGA TTTCGCCTGT AGATAATCTG AAGACAACTA CACCATTAGA AACAACACAA 
AATGTTGTTC AAAACCTCGC AATGCAGGAA ACTTCTGACT TTGCGCAATT GGAAGACGTT 
CCCGAAGGTG TTCCTGATGT TGATCGAACA TTGAATGCAT TGCGAAACGA AGACGTTTTC 
CCCAAAGAGC CAGTCCCTGC TGACGCTTCA AAAACTGAAG ATACTCCAGA AACCGAAATC 
GTTTTCGATT CTTCAGAAAT CAATAAATCT TCGGATGGTG TGGAAGAAAC TCAACAGGTG 
GAAGTTGCTC CAATTGGCCT TGAAGATGGG GGAAATATTG AAACTCCAGA GGTCCTTGCA 
TTGAACCAAT CTGAAGTGGA AGACGCTTTA AACAGTGAAG ACGTTGTTGG AGTCAAAACA 
GAGTTGCCTA TTGCCGATGG TAACATCTCA GAAGACCAAC CAGTTCTAGG GCTTGAAGAA 
TGTGGGGACG TGGAAATTGC TCCAGTGGTT GACTTGAAGA AGGAAGAAAT CGAGGAAGCT 
CTGAATTCTG AAGACGTCGT TACAACATCA GTTCTTCCTG TGGTCGTGGA GACAAAAGAC 
AATGGATCTT CAGATGACGG GAAAACAAAT GAGCCATTCG TGGGTCTCGA AGATCCTGGA 
GAAGTTGGAA GACCAGAAAT TCCTCAGTTG AACCAATCGG AAGGGGAAGA AGCCTTGAAT 
GGTGAAGACG TCATTGGTAT CAAAACGGAA CTTCCTTCTA TTCCAACAGA AACTTTGGTT 
TTCGCTGCCA CCCCAAAAAC GGAAGCTTCA CCATCTGACG TAAATCAGTC AGTTCTTGGA 
CTCGAGGAAT GTGGTGATGT TGAAGCTGCT CCAATTGGTC TCGAAGATGG TGGGGACGCT 
GAAACACATG TTCTTCCTGT CTTAAATCAA TCGGAAGTGA AAGACGCCTT AAATAGTGAG 
GACGTCGTTG GGATCAAGAC AGGATTTCCT GTGGTTGATG ATGTCATCCC AGAAGACCAG 
CCAGTTCTAG GTCTCAAAGA ATGTGGTGAC GTGGAAATTG CTCCAGTGGT TGACATGGAA 
AAGGAAGAAA TCCAGGAAGC TCTGAACACT GAAGACTTCG TTACAACATC AACATCAGTT 
ATTCCTGAGG TGGTAGAGAC AATCGTTGGT GGACCTTCAG ATGACGGGAA AGCAGATCAG 
CCCGTTGTAG CTCTCGAAGA GTCAGGAGAA GTTGAAACAC CAGAAATTCC TCAATTGACC 
AAATTGGAAG TTGAAGACGC TTTGAACAGC GAAGACGTTG TTGGAATCAA AACGGAAATT 
CCTACTATTC CAGCAGAAAT TTTTGAAGCC CGACCATCGG ACGAAAATCA ATCAGTACTT 
GATCTCGAAA AATGTGGTGA TGTTGAAGCT GCTCCAATTG GTCTTGAAGA TGGTGGGGAC 
GCTGAAACAC AAGTTCTTCC TGTCTTAAAT AAATCGGAAG TGAAAGACGC CTTAAATAGT 
GAGGACGTCG TTGGAATCAA GACAGGATCT CTTGTGGCTG ATGATGTCAT CTCGGAAGAC 
CAGCCAGCTT TTGGACTCGA AGAATGTAGT GACGTGGAAA TTGCTCCAGT GGTTGACTTG 
GAAAAGGAAG AAATCCAGGA AGCTCTGAAC ACTGAAGACT TCGTTACAAC ATCAACATCA 
GTTATTCCTG AGGTGGTAGA GACAATCGTT GGTGGACCTT CAGATGACGG GAAAGCAGAT 
CAGCCCGTTG TAGCTCTCGA AGAGTCAGGA GAAGTTGAAA CACCAGAAAT TCCTCGATTG 
AAGCAATCGG AAGTTGAAGA CGCGTTGAAC AGTGAAGATG TTGCTGGAAC CACAACAGAA 
TTGTCTGCTA CTGAAGGCAT TGTCGCTGAA ATCGAGAAAA CTGAAAACCC TTCCTGTGTT 
GCGACAAAAC TAGAGCAAGT TGTTGTGGGA CTGGAAGATG CTGGTGACGA GATGCTCGAC 
TTGAAGAAAG AGGAAGTGGC TGATTCACTA CCAATCTTGT TATCGGAAGA AACTACTCAA 
GAATCTGAAG TTGCTGAAGT GATTCAAAAG GAGCTGAATG ATGCTCTGAA CAGTGAAGAC 
GTTGTTGGTA TCAAAACTGT GGTCGTTGAT ACTGCAGCTG ATGATCCCGT TCCAACTTCT 
GAAGTAACAT CGGAAACTCC TGTAGCTACT GATGGTCTTC CAGAAGAAGT AGTGTACAAT 
GAACTTCCGC CAGAAGTGGA AGAATCTGTC ACTGATTCTC AAACAGTGGA AGAAGATGTA 
CAAGAAAAGA CGAATGAAGG TACTCCGCCT TCAACGTCAG CTCAGGCTCC CTCCACAAAT 
GAAAAATATG CAGAAGAAAG TCTTATGGAG AAGCTAGTCT CTATTGTAGA AAATGTTCTT 
CCTACTGACG CTGCCCTCCC TTCTGAAGAC GTTCTTCACG TTAATTCTGA AAGCCAAGGA 
GAGGAAGAGA CAGAGGAACC ACTAACTCAA CAGGCTGATG CAAAAAAAGA TGTCGGTGAT 
AGCCCACATC AAGAATCAGA AAATGCTACT TCTGAACCTT CAAGTATTCT GGATAAGTTA 
ACTTCCATGA TGGAAAGTGT TATTCCATAT GGACACATTA ATTCTGAAAG CCAAGCTCAT 
GAAAAGGAAC TTACAGAGGA GCCATCAACA GATGCAAAAG AAGACGTCGC TGAAACTCAA 
GAATCAGAAA CTGCCCCTTC AGAATCTCTA AGCATCCTGG ATAAGTTAAC ATCAATTATG 
GAAAGTGTCA TTCCATCTGA GAACGTTGGT TCTGAAAGCG AAGCTCAGGG ACCACCAAGC 
CAACTTTCCG AAGACGTCGC TGACACTCCA CGGCAAGAAT CAGAAACTGC CGAACCTTCA 
AGCATATTGG ATAAGTTGAC TTCTATGGTG GAAAGTGTTC TTCCAGTCGA TTCCGTGATT 
TTATCTGAAT ATGTCAATCA GTATGAAGAA CTTCGGAATT CAAAGAGCTT CCAGGACCTT 
CCAACTGAAG AAGAATCAGA TCAAACAGTC AATGAAAATG CTGCCACAGA AAATCAAGAA 
TACCCAGCTG ATCTAACGCT CTCTGAAGAC GTTGCTTCAA AAGAAGTCGA AACTCCTCCT 
GTTGACGAGA AACCCGAAAA AGAGATCGAC GACGAGTCGG TTTTGGAAAA GCTGGCTTCA 
GTAGTAGAAG ATGCATTTCC AAATGTTCTT CCGTCAGAAG ATGTTCTGTC TGAAGACCAC 
ATCGAACACT TAAAAGATTC TGCAACTCCA GTCGAAGACG TGCTCCCAGT CAACTTGACG 
CGTCACTCTG AAAATGACGC TTCTGAAGAA CCAGGAATTC CTGAAGAGGC AGTGTCTGTT 
GAAGAATCCG ACAATGGGAT GAATTCTGAA ACTACCAAAC AAGAATCAGT TGTGGAATCA 
CTGATTTCAG CAGTAAAGAA TGTTGTTCTT CCATCGGAAG ATGTTCTTTC TGAAGATCAT 
GTTGACGATA GAGATCAAGA TTCCGAAACG CCGGCCCAAC CAGCCTCAAT GATGGAAAAG 
TTAAGCTCAA TGGTGGAGAA TGTGCTTCCA ACGGCTTTGG TCAATAAGAC CGAAGAGGAA 
GTATCTGAAC AGCAGGAAAC TCTACTTGTC GAGAACACGG ATGATCCTGA AATAGTCGAA 
AGTGAATCTA TTGTGAAAAA AGTTGTTTCG ATGGTAGAGA GCACACTCCC AGCTGAAGCT 
CTTTTACCAT CTGAAGATGT TCTTTCTGAA GATCATTTGG ACGGAAGAGA GGAAGAACCT 
GAAGCTCTAA CATCGATCGT AGAGAAAATT GCTGAAATGG TGGAGACTGT GATTCCGGCC 
AATTCAGAAG TGTCTTCTGA TACCGATATC AAACCGACTG AAGAGGTAGA TACTGAAGAG 
CCAAAAGAAA CTATTTTTGG CAATCTGGTC TCGATGGTTG AAGACGTTCT GCCAGTTCAT 
GAACCACTTG ATGAAACTCA ACAACATCTG AATACTGAAA ATCAGAATCC GTCAACCGTA 
GAAACGTTGA TCTCTACATC CGATATCATT CCACCAGTGG AAAGAGTTGG ATCCTTTGAA 
ACGGAATTCG ATGCTGAAGG CTTTGTTGCT GAGTCTACCG ATCCACCACA ATCCGAGGAG 
AATACAATCA TCGAGACAGC TGATATCATT ATGCCAGTTG ATCAGGAAAA TCAACTAGAA 
ACTTCATTTG ATGCAGAAGA CTTCGTTCAC GAGTCGATTG AAGAACCAGT TGTTGAAGCC 
AAAGTCGAAA CTGAGCAATC AGAAAACGCG GAAGAACAAA CTACTGTGAT GGGAGAGTTG 
GTAGCTATGG CCGTGGATAT ACTTCCAATT GACGGAGAAG TTCAGGAGTC TGAAGACGAG 
GAAAAGCAGA AGCATCCAGA AGGAGATTCA GAGAAAAGAA CAGTAGAAGA GCCAGTTGTG 
GAGACTACTG TGGAGGAGAT TGAAAAAGAG ACATCTTCTT TAGTTGGAGA ACTGGTGGCA 
ATGGCAGTGG ATATTCTTCC TATTGATGGA GCATTAAACG TAGCTGCTGA AGTTACAGAA 
GGACAAGTAC CTGAATCCAG TGAATCTCAA GAGGAGAAGA GATTCCAACA TTTAGAAGAA 
TCCAAAGACG ATATGTCCGA TCAAAGTGCA TTGCAAGTCG CTACTGTAGA AGTGGAAACG 
GAATCTCAGC CTGTTGCTGT GCCGGAAACC GAGGAAGAAT CAGCCGCGAA ACTTGAAAAA 
GTTTCTAATG AAATCCAGAA TGAAGAAGAG CCAGTGACAG AAACTACTGT GGCTCTCCAA 
GAGTCCCCAG ATCCTCATAA GACCACTGAC CATGATTATG GAAACGACTA CGTTCCATTC 
GGTACGGAAA CACCTTCAAA AGTAGAATTC AACAATCCAG AAGAATCTAA AGATGAGGAA 
GAAGATTTCG TTGCCGAACT GAACTTCCAT CCGATTCGGC AATGGAAAGA TGAAGATGTG 
ATTTCGCTTC AATCTCTAAA GTCTCTAGTG GCAGAAGTTG GATGTACAAC AGATGTTGAA 
TCCGTTCCAA ATCAAGAAAA TCAAGAATCG ACTCTGAAGA TTTTAAAAGT TGTCCCATCT 
GAACCATCAC TAATGGAGCT GGATATTTCC AACGATCCCA GTGTGATCCA TGTCCCGATT 
CCTTTGATGG AACCAGCTAC CAAGTATTTG GAAGAAATGG TAGAATGGAT TATTGCTGAT 
GCGATAAAAG AAGTGGGTGA GGTGGAGGTA GTCACTGAAT CCGAATTGAG TGAAATGGTA 
CCACAAGAAT CGGAAAACGA GTGTCCAGTT CCGGAACCTT TGGCAGATTT GAAACTTCCA 
TTCGAAGATG AGGAGAAGAC GCCAGAACCA GAGCAGATAA ATGGAGAGGT ACCGGTAAAA 
AGGGACATTC CAGTAGAATC AGAACCCACT CAAATGATTC CTATTCCTCA ACGACCACCT 
CGTGCGCCAA AGGTGGAATC TGCAAAACCC ATCGAACAAC CGAAATCTCC TAAAAACCGA 
TTTGGTCCGT TGAATATCAA GTTAGGCAGA AGCTATTCAG AAGAACAGCA GAAGGAATTG 
GTTGAATCTC TGGAGAGACC ACTTACAGTA ATCACTTCAT CTGAACCAAA GCCTTCTGAA 
AAAGGTGATG TGGATGCACT TTCACCTCTT TCCCCGAACA CTCTTGAGGA ATACGAGCAT 
GTTCCGATGA TGGATATGCA ATCGGTTCCA CATTCTCCCC AGGAGAAGCA AGACGACACT 
GTCCATGTGG TTACCGTGAC TACTGATGCA ACGCCTTCAG AAGAGAAGGA AGAGGCAAAA 
ATCAATACTG TACTAGCCGA AACCAAAATT CTGGGTCCTG GAAAATCAAT GGAGTACGTG 
GCAAATGAAG AAGAGGATGG AAGTGAATGC TTGGATTCGA TTGGGGATTT GAGTGAACGA 
ACCATTCAGA GATTCAATAC TTCCATCGAC GATCCATCTA TCCGTCGCGA CTCTTTCTCC 
TCAATCTCCT CATTTGGAGA CCGTCAAAAG TTTCGAACTG CCATTGAGAA TATACGCCAA 
GATTTGCTTC CTTTCCAATC TTCTGTTTCC CAATTCCTCG ATCCATCTGT CAAAGAACTT 
TTAGTCACCA ATTTATCAAT GGATTCTCCA TCCGATTTGT CGCCAAACGC TCCGCCAGTC 
GGGTTTGAGA ATACTGCTCA ATATCTGGAG AAGCTCCAAC AGCAGCAGCA ACAAGAGGAT 
CGTCCATCCG CTGAGGGATC TATTGATTCC AGTGGATTCG AGAAGGTCGA CCATGAGAGT 
CTCGATGACT ACGGTACTTC TGTTGAGGAT CCAATGCAAA AGTCGGTGTT CGGAAGTCTT 
ACTGCTGAAG ATGATATGAA GGCCGGGTCA CAACAGGACG ACGGATTCGT GATCATCGAG 
CGTAACGAGG CGAGCAAAGG AGCGAAGAAG GTTTTATATA TGATGTTTAC TTTGAATCAC 
TGCTCTTTTT TGTTCTGTAG TAGTCGTCAA CAATGTTTGT CTATGTACAC CCCTCAAACT 
TCCCCTTTGT TTTTTTTTTC ATATCACATG ACTCAAATAG GAACAATCAA CGGAAAACAG 
ATTTTGAAAG AGGCAGAAAA TAAGTGGTCT CTAAATAGAT ACGTTTCACA ATATTTAAAA 
GGGGGAGAGT GTTGTTCCAT ACGTATAGAA GACCAATATT TAATTTGTAC AAACCCACTG 
AATTGTCGCA TTCAATAA

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

RefSeq	XP_002637751.1
CDS	1..7818
Translation	MDSEIVTAQIDMEEVDVDLFFRKPPEITDFGFVKTFWIDSRDDDTHSTLKPDQTTEEHSDPEVKLLQPLALQSLETGNDESGGSSCTDSEDVRLPEEILNAPMDDDVFEDEEVIENVETDLLFRQPMNREMELVYTISKGAAINLDELEEEDEDVDVDLWFREPTDTRFELVYTIPLMEDVSVDSSGEKLEDVPPAEELDNVVKEASLTEFTFKPIGNDEETETETLTTEVVTVLERPQDDQGAGEGSRDFIEKVKLTSNDTFDSFDDEEEAFQNAFVKPVETPETPVPEYNDDQQDDVRDVSVSEVLKNAAEQLQVIHDSLSPEDVEGETLKQVESAPDFISENVGDAGAASATDFPETRFEISPVDNLKTTTPLETTQNVVQNLAMQETSDFAQLEDVPEGVPDVDRTLNALRNEDVFPKEPVPADASKTEDTPETEIVFDSSEINKSSDGVEETQQVEVAPIGLEDGGNIETPEVLALNQSEVEDALNSEDVVGVKTELPIADGNISEDQPVLGLEECGDVEIAPVVDLKKEEIEEALNSEDVVTTSVLPVVVETKDNGSSDDGKTNEPFVGLEDPGEVGRPEIPQLNQSEGEEALNGEDVIGIKTELPSIPTETLVFAATPKTEASPSDVNQSVLGLEECGDVEAAPIGLEDGGDAETHVLPVLNQSEVKDALNSEDVVGIKTGFPVVDDVIPEDQPVLGLKECGDVEIAPVVDMEKEEIQEALNTEDFVTTSTSVIPEVVETIVGGPSDDGKADQPVVALEESGEVETPEIPQLTKLEVEDALNSEDVVGIKTEIPTIPAEIFEARPSDENQSVLDLEKCGDVEAAPIGLEDGGDAETQVLPVLNKSEVKDALNSEDVVGIKTGSLVADDVISEDQPAFGLEECSDVEIAPVVDLEKEEIQEALNTEDFVTTSTSVIPEVVETIVGGPSDDGKADQPVVALEESGEVETPEIPRLKQSEVEDALNSEDVAGTTTELSATEGIVAEIEKTENPSCVATKLEQVVVGLEDAGDEMLDLKKEEVADSLPILLSEETTQESEVAEVIQKELNDALNSEDVVGIKTVVVDTAADDPVPTSEVTSETPVATDGLPEEVVYNELPPEVEESVTDSQTVEEDVQEKTNEGTPPSTSAQAPSTNEKYAEESLMEKLVSIVENVLPTDAALPSEDVLHVNSESQGEEETEEPLTQQADAKKDVGDSPHQESENATSEPSSILDKLTSMMESVIPYGHINSESQAHEKELTEEPSTDAKEDVAETQESETAPSESLSILDKLTSIMESVIPSENVGSESEAQGPPSQLSEDVADTPRQESETAEPSSILDKLTSMVESVLPVDSVILSEYVNQYEELRNSKSFQDLPTEEESDQTVNENAATENQEYPADLTLSEDVASKEVETPPVDEKPEKEIDDESVLEKLASVVEDAFPNVLPSEDVLSEDHIEHLKDSATPVEDVLPVNLTRHSENDASEEPGIPEEAVSVEESDNGMNSETTKQESVVESLISAVKNVVLPSEDVLSEDHVDDRDQDSETPAQPASMMEKLSSMVENVLPTALVNKTEEEVSEQQETLLVENTDDPEIVESESIVKKVVSMVESTLPAEALLPSEDVLSEDHLDGREEEPEALTSIVEKIAEMVETVIPANSEVSSDTDIKPTEEVDTEEPKETIFGNLVSMVEDVLPVHEPLDETQQHLNTENQNPSTVETLISTSDIIPPVERVGSFETEFDAEGFVAESTDPPQSEENTIIETADIIMPVDQENQLETSFDAEDFVHESIEEPVVEAKVETEQSENAEEQTTVMGELVAMAVDILPIDGEVQESEDEEKQKHPEGDSEKRTVEEPVVETTVEEIEKETSSLVGELVAMAVDILPIDGALNVAAEVTEGQVPESSESQEEKRFQHLEESKDDMSDQSALQVATVEVETESQPVAVPETEEESAAKLEKVSNEIQNEEEPVTETTVALQESPDPHKTTDHDYGNDYVPFGTETPSKVEFNNPEESKDEEEDFVAELNFHPIRQWKDEDVISLQSLKSLVAEVGCTTDVESVPNQENQESTLKILKVVPSEPSLMELDISNDPSVIHVPIPLMEPATKYLEEMVEWIIADAIKEVGEVEVVTESELSEMVPQESENECPVPEPLADLKLPFEDEEKTPEPEQINGEVPVKRDIPVESEPTQMIPIPQRPPRAPKVESAKPIEQPKSPKNRFGPLNIKLGRSYSEEQQKELVESLERPLTVITSSEPKPSEKGDVDALSPLSPNTLEEYEHVPMMDMQSVPHSPQEKQDDTVHVVTVTTDATPSEEKEEAKINTVLAETKILGPGKSMEYVANEEEDGSECLDSIGDLSERTIQRFNTSIDDPSIRRDSFSSISSFGDRQKFRTAIENIRQDLLPFQSSVSQFLDPSVKELLVTNLSMDSPSDLSPNAPPVGFENTAQYLEKLQQQQQQEDRPSAEGSIDSSGFEKVDHESLDDYGTSVEDPMQKSVFGSLTAEDDMKAGSQQDDGFVIIERNEASKGAKKVLYMMFTLNHCSFLFCSSRQQCLSMYTPQTSPLFFFSYHMTQIGTINGKQILKEAENKWSLNRYVSQYLKGGECCSIRIEDQYLICTNPLNCRIQ

Target ORF information:

RefSeq Version	XM_002637705.1
Organism	Caenorhabditis briggsae
Definition	Caenorhabditis briggsae C. briggsae CBR-RET-1 protein (Cbr-ret-1) mRNA, complete cds.

Target ORF information:

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

XM_002637705.1

ORF Insert Sequence:

ATGGATTCTG AAATTGTTAC TGCTCAAATT GATATGGAGG AAGTCGATGT GGATCTATTT 
TTCCGGAAGC CACCGGAAAT CACTGATTTT GGATTTGTCA AGACATTCTG GATCGATTCC 
AGAGACGATG ACACCCACTC GACACTGAAA CCAGATCAAA CAACAGAAGA ACATTCCGAC 
CCGGAAGTTA AACTTTTACA ACCTCTTGCT CTTCAATCTC TTGAAACTGG CAATGATGAA 
TCCGGTGGGT CTTCATGTAC CGATTCAGAA GACGTTCGGC TTCCCGAAGA GATTCTGAAT 
GCACCTATGG ATGATGATGT GTTTGAAGAT GAAGAAGTCA TTGAGAACGT GGAAACTGAT 
TTGCTTTTCC GTCAGCCAAT GAACAGAGAA ATGGAATTGG TGTACACGAT TTCAAAGGGA 
GCTGCAATTA ATTTGGATGA ATTGGAAGAG GAAGATGAAG ACGTTGACGT TGACTTGTGG 
TTCCGAGAAC CAACGGATAC TCGATTTGAA CTGGTCTACA CAATTCCATT GATGGAAGAC 
GTGAGTGTTG ATTCTTCTGG AGAAAAATTG GAAGACGTCC CGCCGGCAGA AGAATTGGAT 
AATGTGGTTA AAGAAGCGTC ATTGACTGAA TTCACATTCA AACCAATTGG AAATGATGAA 
GAAACTGAAA CGGAAACATT GACTACTGAA GTTGTCACTG TCTTGGAGAG ACCTCAAGAT 
GATCAAGGAG CAGGAGAAGG TTCTAGAGAT TTCATCGAGA AAGTGAAACT GACCTCCAAC 
GACACATTTG ATAGCTTTGA TGATGAGGAA GAAGCATTCC AGAATGCGTT CGTCAAACCT 
GTGGAGACTC CGGAAACTCC TGTTCCAGAA TACAATGATG ATCAACAAGA TGACGTTCGA 
GATGTTTCGG TTTCTGAGGT TTTGAAAAAT GCTGCTGAGC AACTGCAGGT TATTCATGAT 
TCTCTGTCTC CGGAAGATGT GGAAGGTGAG ACTCTCAAGC AAGTTGAATC GGCTCCAGAT 
TTTATTTCTG AAAATGTCGG AGATGCCGGT GCTGCTAGTG CTACTGATTT CCCAGAAACA 
AGATTCGAGA TTTCGCCTGT AGATAATCTG AAGACAACTA CACCATTAGA AACAACACAA 
AATGTTGTTC AAAACCTCGC AATGCAGGAA ACTTCTGACT TTGCGCAATT GGAAGACGTT 
CCCGAAGGTG TTCCTGATGT TGATCGAACA TTGAATGCAT TGCGAAACGA AGACGTTTTC 
CCCAAAGAGC CAGTCCCTGC TGACGCTTCA AAAACTGAAG ATACTCCAGA AACCGAAATC 
GTTTTCGATT CTTCAGAAAT CAATAAATCT TCGGATGGTG TGGAAGAAAC TCAACAGGTG 
GAAGTTGCTC CAATTGGCCT TGAAGATGGG GGAAATATTG AAACTCCAGA GGTCCTTGCA 
TTGAACCAAT CTGAAGTGGA AGACGCTTTA AACAGTGAAG ACGTTGTTGG AGTCAAAACA 
GAGTTGCCTA TTGCCGATGG TAACATCTCA GAAGACCAAC CAGTTCTAGG GCTTGAAGAA 
TGTGGGGACG TGGAAATTGC TCCAGTGGTT GACTTGAAGA AGGAAGAAAT CGAGGAAGCT 
CTGAATTCTG AAGACGTCGT TACAACATCA GTTCTTCCTG TGGTCGTGGA GACAAAAGAC 
AATGGATCTT CAGATGACGG GAAAACAAAT GAGCCATTCG TGGGTCTCGA AGATCCTGGA 
GAAGTTGGAA GACCAGAAAT TCCTCAGTTG AACCAATCGG AAGGGGAAGA AGCCTTGAAT 
GGTGAAGACG TCATTGGTAT CAAAACGGAA CTTCCTTCTA TTCCAACAGA AACTTTGGTT 
TTCGCTGCCA CCCCAAAAAC GGAAGCTTCA CCATCTGACG TAAATCAGTC AGTTCTTGGA 
CTCGAGGAAT GTGGTGATGT TGAAGCTGCT CCAATTGGTC TCGAAGATGG TGGGGACGCT 
GAAACACATG TTCTTCCTGT CTTAAATCAA TCGGAAGTGA AAGACGCCTT AAATAGTGAG 
GACGTCGTTG GGATCAAGAC AGGATTTCCT GTGGTTGATG ATGTCATCCC AGAAGACCAG 
CCAGTTCTAG GTCTCAAAGA ATGTGGTGAC GTGGAAATTG CTCCAGTGGT TGACATGGAA 
AAGGAAGAAA TCCAGGAAGC TCTGAACACT GAAGACTTCG TTACAACATC AACATCAGTT 
ATTCCTGAGG TGGTAGAGAC AATCGTTGGT GGACCTTCAG ATGACGGGAA AGCAGATCAG 
CCCGTTGTAG CTCTCGAAGA GTCAGGAGAA GTTGAAACAC CAGAAATTCC TCAATTGACC 
AAATTGGAAG TTGAAGACGC TTTGAACAGC GAAGACGTTG TTGGAATCAA AACGGAAATT 
CCTACTATTC CAGCAGAAAT TTTTGAAGCC CGACCATCGG ACGAAAATCA ATCAGTACTT 
GATCTCGAAA AATGTGGTGA TGTTGAAGCT GCTCCAATTG GTCTTGAAGA TGGTGGGGAC 
GCTGAAACAC AAGTTCTTCC TGTCTTAAAT AAATCGGAAG TGAAAGACGC CTTAAATAGT 
GAGGACGTCG TTGGAATCAA GACAGGATCT CTTGTGGCTG ATGATGTCAT CTCGGAAGAC 
CAGCCAGCTT TTGGACTCGA AGAATGTAGT GACGTGGAAA TTGCTCCAGT GGTTGACTTG 
GAAAAGGAAG AAATCCAGGA AGCTCTGAAC ACTGAAGACT TCGTTACAAC ATCAACATCA 
GTTATTCCTG AGGTGGTAGA GACAATCGTT GGTGGACCTT CAGATGACGG GAAAGCAGAT 
CAGCCCGTTG TAGCTCTCGA AGAGTCAGGA GAAGTTGAAA CACCAGAAAT TCCTCGATTG 
AAGCAATCGG AAGTTGAAGA CGCGTTGAAC AGTGAAGATG TTGCTGGAAC CACAACAGAA 
TTGTCTGCTA CTGAAGGCAT TGTCGCTGAA ATCGAGAAAA CTGAAAACCC TTCCTGTGTT 
GCGACAAAAC TAGAGCAAGT TGTTGTGGGA CTGGAAGATG CTGGTGACGA GATGCTCGAC 
TTGAAGAAAG AGGAAGTGGC TGATTCACTA CCAATCTTGT TATCGGAAGA AACTACTCAA 
GAATCTGAAG TTGCTGAAGT GATTCAAAAG GAGCTGAATG ATGCTCTGAA CAGTGAAGAC 
GTTGTTGGTA TCAAAACTGT GGTCGTTGAT ACTGCAGCTG ATGATCCCGT TCCAACTTCT 
GAAGTAACAT CGGAAACTCC TGTAGCTACT GATGGTCTTC CAGAAGAAGT AGTGTACAAT 
GAACTTCCGC CAGAAGTGGA AGAATCTGTC ACTGATTCTC AAACAGTGGA AGAAGATGTA 
CAAGAAAAGA CGAATGAAGG TACTCCGCCT TCAACGTCAG CTCAGGCTCC CTCCACAAAT 
GAAAAATATG CAGAAGAAAG TCTTATGGAG AAGCTAGTCT CTATTGTAGA AAATGTTCTT 
CCTACTGACG CTGCCCTCCC TTCTGAAGAC GTTCTTCACG TTAATTCTGA AAGCCAAGGA 
GAGGAAGAGA CAGAGGAACC ACTAACTCAA CAGGCTGATG CAAAAAAAGA TGTCGGTGAT 
AGCCCACATC AAGAATCAGA AAATGCTACT TCTGAACCTT CAAGTATTCT GGATAAGTTA 
ACTTCCATGA TGGAAAGTGT TATTCCATAT GGACACATTA ATTCTGAAAG CCAAGCTCAT 
GAAAAGGAAC TTACAGAGGA GCCATCAACA GATGCAAAAG AAGACGTCGC TGAAACTCAA 
GAATCAGAAA CTGCCCCTTC AGAATCTCTA AGCATCCTGG ATAAGTTAAC ATCAATTATG 
GAAAGTGTCA TTCCATCTGA GAACGTTGGT TCTGAAAGCG AAGCTCAGGG ACCACCAAGC 
CAACTTTCCG AAGACGTCGC TGACACTCCA CGGCAAGAAT CAGAAACTGC CGAACCTTCA 
AGCATATTGG ATAAGTTGAC TTCTATGGTG GAAAGTGTTC TTCCAGTCGA TTCCGTGATT 
TTATCTGAAT ATGTCAATCA GTATGAAGAA CTTCGGAATT CAAAGAGCTT CCAGGACCTT 
CCAACTGAAG AAGAATCAGA TCAAACAGTC AATGAAAATG CTGCCACAGA AAATCAAGAA 
TACCCAGCTG ATCTAACGCT CTCTGAAGAC GTTGCTTCAA AAGAAGTCGA AACTCCTCCT 
GTTGACGAGA AACCCGAAAA AGAGATCGAC GACGAGTCGG TTTTGGAAAA GCTGGCTTCA 
GTAGTAGAAG ATGCATTTCC AAATGTTCTT CCGTCAGAAG ATGTTCTGTC TGAAGACCAC 
ATCGAACACT TAAAAGATTC TGCAACTCCA GTCGAAGACG TGCTCCCAGT CAACTTGACG 
CGTCACTCTG AAAATGACGC TTCTGAAGAA CCAGGAATTC CTGAAGAGGC AGTGTCTGTT 
GAAGAATCCG ACAATGGGAT GAATTCTGAA ACTACCAAAC AAGAATCAGT TGTGGAATCA 
CTGATTTCAG CAGTAAAGAA TGTTGTTCTT CCATCGGAAG ATGTTCTTTC TGAAGATCAT 
GTTGACGATA GAGATCAAGA TTCCGAAACG CCGGCCCAAC CAGCCTCAAT GATGGAAAAG 
TTAAGCTCAA TGGTGGAGAA TGTGCTTCCA ACGGCTTTGG TCAATAAGAC CGAAGAGGAA 
GTATCTGAAC AGCAGGAAAC TCTACTTGTC GAGAACACGG ATGATCCTGA AATAGTCGAA 
AGTGAATCTA TTGTGAAAAA AGTTGTTTCG ATGGTAGAGA GCACACTCCC AGCTGAAGCT 
CTTTTACCAT CTGAAGATGT TCTTTCTGAA GATCATTTGG ACGGAAGAGA GGAAGAACCT 
GAAGCTCTAA CATCGATCGT AGAGAAAATT GCTGAAATGG TGGAGACTGT GATTCCGGCC 
AATTCAGAAG TGTCTTCTGA TACCGATATC AAACCGACTG AAGAGGTAGA TACTGAAGAG 
CCAAAAGAAA CTATTTTTGG CAATCTGGTC TCGATGGTTG AAGACGTTCT GCCAGTTCAT 
GAACCACTTG ATGAAACTCA ACAACATCTG AATACTGAAA ATCAGAATCC GTCAACCGTA 
GAAACGTTGA TCTCTACATC CGATATCATT CCACCAGTGG AAAGAGTTGG ATCCTTTGAA 
ACGGAATTCG ATGCTGAAGG CTTTGTTGCT GAGTCTACCG ATCCACCACA ATCCGAGGAG 
AATACAATCA TCGAGACAGC TGATATCATT ATGCCAGTTG ATCAGGAAAA TCAACTAGAA 
ACTTCATTTG ATGCAGAAGA CTTCGTTCAC GAGTCGATTG AAGAACCAGT TGTTGAAGCC 
AAAGTCGAAA CTGAGCAATC AGAAAACGCG GAAGAACAAA CTACTGTGAT GGGAGAGTTG 
GTAGCTATGG CCGTGGATAT ACTTCCAATT GACGGAGAAG TTCAGGAGTC TGAAGACGAG 
GAAAAGCAGA AGCATCCAGA AGGAGATTCA GAGAAAAGAA CAGTAGAAGA GCCAGTTGTG 
GAGACTACTG TGGAGGAGAT TGAAAAAGAG ACATCTTCTT TAGTTGGAGA ACTGGTGGCA 
ATGGCAGTGG ATATTCTTCC TATTGATGGA GCATTAAACG TAGCTGCTGA AGTTACAGAA 
GGACAAGTAC CTGAATCCAG TGAATCTCAA GAGGAGAAGA GATTCCAACA TTTAGAAGAA 
TCCAAAGACG ATATGTCCGA TCAAAGTGCA TTGCAAGTCG CTACTGTAGA AGTGGAAACG 
GAATCTCAGC CTGTTGCTGT GCCGGAAACC GAGGAAGAAT CAGCCGCGAA ACTTGAAAAA 
GTTTCTAATG AAATCCAGAA TGAAGAAGAG CCAGTGACAG AAACTACTGT GGCTCTCCAA 
GAGTCCCCAG ATCCTCATAA GACCACTGAC CATGATTATG GAAACGACTA CGTTCCATTC 
GGTACGGAAA CACCTTCAAA AGTAGAATTC AACAATCCAG AAGAATCTAA AGATGAGGAA 
GAAGATTTCG TTGCCGAACT GAACTTCCAT CCGATTCGGC AATGGAAAGA TGAAGATGTG 
ATTTCGCTTC AATCTCTAAA GTCTCTAGTG GCAGAAGTTG GATGTACAAC AGATGTTGAA 
TCCGTTCCAA ATCAAGAAAA TCAAGAATCG ACTCTGAAGA TTTTAAAAGT TGTCCCATCT 
GAACCATCAC TAATGGAGCT GGATATTTCC AACGATCCCA GTGTGATCCA TGTCCCGATT 
CCTTTGATGG AACCAGCTAC CAAGTATTTG GAAGAAATGG TAGAATGGAT TATTGCTGAT 
GCGATAAAAG AAGTGGGTGA GGTGGAGGTA GTCACTGAAT CCGAATTGAG TGAAATGGTA 
CCACAAGAAT CGGAAAACGA GTGTCCAGTT CCGGAACCTT TGGCAGATTT GAAACTTCCA 
TTCGAAGATG AGGAGAAGAC GCCAGAACCA GAGCAGATAA ATGGAGAGGT ACCGGTAAAA 
AGGGACATTC CAGTAGAATC AGAACCCACT CAAATGATTC CTATTCCTCA ACGACCACCT 
CGTGCGCCAA AGGTGGAATC TGCAAAACCC ATCGAACAAC CGAAATCTCC TAAAAACCGA 
TTTGGTCCGT TGAATATCAA GTTAGGCAGA AGCTATTCAG AAGAACAGCA GAAGGAATTG 
GTTGAATCTC TGGAGAGACC ACTTACAGTA ATCACTTCAT CTGAACCAAA GCCTTCTGAA 
AAAGGTGATG TGGATGCACT TTCACCTCTT TCCCCGAACA CTCTTGAGGA ATACGAGCAT 
GTTCCGATGA TGGATATGCA ATCGGTTCCA CATTCTCCCC AGGAGAAGCA AGACGACACT 
GTCCATGTGG TTACCGTGAC TACTGATGCA ACGCCTTCAG AAGAGAAGGA AGAGGCAAAA 
ATCAATACTG TACTAGCCGA AACCAAAATT CTGGGTCCTG GAAAATCAAT GGAGTACGTG 
GCAAATGAAG AAGAGGATGG AAGTGAATGC TTGGATTCGA TTGGGGATTT GAGTGAACGA 
ACCATTCAGA GATTCAATAC TTCCATCGAC GATCCATCTA TCCGTCGCGA CTCTTTCTCC 
TCAATCTCCT CATTTGGAGA CCGTCAAAAG TTTCGAACTG CCATTGAGAA TATACGCCAA 
GATTTGCTTC CTTTCCAATC TTCTGTTTCC CAATTCCTCG ATCCATCTGT CAAAGAACTT 
TTAGTCACCA ATTTATCAAT GGATTCTCCA TCCGATTTGT CGCCAAACGC TCCGCCAGTC 
GGGTTTGAGA ATACTGCTCA ATATCTGGAG AAGCTCCAAC AGCAGCAGCA ACAAGAGGAT 
CGTCCATCCG CTGAGGGATC TATTGATTCC AGTGGATTCG AGAAGGTCGA CCATGAGAGT 
CTCGATGACT ACGGTACTTC TGTTGAGGAT CCAATGCAAA AGTCGGTGTT CGGAAGTCTT 
ACTGCTGAAG ATGATATGAA GGCCGGGTCA CAACAGGACG ACGGATTCGT GATCATCGAG 
CGTAACGAGG CGAGCAAAGG AGCGAAGAAG GTTTTATATA TGATGTTTAC TTTGAATCAC 
TGCTCTTTTT TGTTCTGTAG TAGTCGTCAA CAATGTTTGT CTATGTACAC CCCTCAAACT 
TCCCCTTTGT TTTTTTTTTC ATATCACATG ACTCAAATAG GAACAATCAA CGGAAAACAG 
ATTTTGAAAG AGGCAGAAAA TAAGTGGTCT CTAAATAGAT ACGTTTCACA ATATTTAAAA 
GGGGGAGAGT GTTGTTCCAT ACGTATAGAA GACCAATATT TAATTTGTAC AAACCCACTG 
AATTGTCGCA TTCAATAA

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

PubMed

The genome sequence of Caenorhabditis briggsae: a platform for comparative genomics.
PLoS biology1(2)E45(2003 Nov)
Stein LD,Bao Z,Blasiar D,Blumenthal T,Brent MR,Chen N,Chinwalla A,Clarke L,Clee C,Coghlan A,Coulson A,D'Eustachio P,Fitch DH,Fulton LA,Fulton RE,Griffiths-Jones S,Harris TW,Hillier LW,Kamath R,Kuwabara PE,Mardis ER,Marra MA,Miner TL,Minx P,Mullikin JC,Plumb RW,Rogers J,Schein JE,Sohrmann M,Spieth J,Stajich JE,Wei C,Willey D,Wilson RK,Durbin R,Waterston RH

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Cbr-ret-1 cDNA ORF clone, Caenorhabditis briggsae

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

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