CBG09382 cDNA ORF clone, Caenorhabditis briggsae

Gene
Clones
gRNAs

Summary

Gene Symbol	CBG09382
Entrez Gene ID	8578913
Full Name	Hypothetical protein CBG09382
Gene Type	protein-coding
Organism	Caenorhabditis briggsae

mRNA and Protein(s)

mRNA	Protein	Name
XM_002636872.1	XP_002636918.1	Hypothetical protein CBG09382

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 CBG09382 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CBG09382 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
OCf05980	XM_002636872.1 Latest version!	Caenorhabditis briggsae Hypothetical protein CBG09382 (CBG09382) mRNA, complete cds.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

CBG09382 ( XM_002636872.1 ) cDNA ORF clone, Caenorhabditis briggsae -> XP_002636918.1 Caenorhabditis briggsae Hypothetical protein CBG09382 (CBG09382) mRNA, complete cds.

Price & Availability↑

CloneID	OCf05980
Clone ID Related Accession (Same CDS sequence)	XM_002636872.1
Accession Version	XM_002636872.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5190bp) 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	Hypothetical protein CBG09382
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.

ATGTATTCAT CTTCAATTTC GAAAGTAGAT GCTATTAAAA AACGGTCTAA ATCGACTTCG 
AACTCACATC TAACCAGAAT CAGCAAGAAA AGTAGTATCG AATCGAAACT CTTGCTTCCT 
CATAATCTTC AAAAGAATCA AAATGGAAAC TCAAAAAGCA CAACTGGTTT GGATCTTTTA 
TTAAATCAAA ACAATGAACA GAAAGCCGTT CCAGAGAAGA GAGATGCGAT CACCCAAGAC 
ACTTTTGATC GAGTGTTTGC TGGGAAATTC GCAAATCTTC CAAAACCGCA GAGCAAACTT 
GTTCGAGTTT TTACGAGTTC AACATTCACG GATACGACAG TCGAAAGAAA CGCCTTGATG 
GAGGACATTT ACCCAAAACT AAAAGAATAT TGTCGTGAGA CATACGGTCT CGATTTTCAG 
GTGGTCGACA TGAGATGGGG CGTTCGAGAT GAATCCACTG ATGATCACAT GACAACAAAG 
CTATGTCTCT CTGAAATTGC AAACTGTCAA AGGCTTTCAG TTGGAGCCAA CTTTGTAGTG 
TTTTTGTGTC AGAAATATGG ATATCGACCG ATTCCATCTG AAATTCTATC AACTGAGCTA 
GAATTGTTGA AGCGAACTCT CCGAGAAGAG CATGAGGATA TTTCTTTGCT AGACAGCTGG 
TATATTGAAG ATACGAACTC CGTACCGCCC ATGTTTGTAC TTCAGCAAAT CAGCTCAATT 
CTCGTCAATT TTAATAACAA AAGAATTCCG AAACTTCAAG AACAAGATGC TAAACAATGG 
TGGGAATGTG AAGCAAAAAT GCAGCAAATG TTGAGAAAAG GAGCAAGAAG TTGTTATGAA 
AAAGGATTGT TGGATCATGA AGCCATGCAT AACTATTTCA TGTCAGTGAC AGAAAGAGAA 
GTGGTTCATG GTATTTTGAA AGCAAAGAAT CCAAATGAAC ACTGTTTGTG TTACATCCGA 
CACATCAATA ATATTGCTCT GTCCCAAATG AAAACGGCTT CAAAGTTTGT GGATATCGCT 
CACAATCATG TAAACTCAGA AGCTCAGAAA CTTCTAGCCA ACCTGAGAGA TGAACGTGTT 
CCTGCAAAAC TTGCCATGCA AAATATCAGA AGATCAACTG TAGAATGGGT TGGAAGAGAT 
GGAATCGATG TTCAGTATCA TGCAGAATAC ATTCGTCAAT TCTGTTCGGA TTTCTATAAT 
AGTATTACAA CAATGGTTGA TAATGCAATG GCCAAACATG AAAAATACAG AGATCAGTTA 
TTCACTGAAG TTCTTACACA TCTTACAACT GGATCTACGG TTTCCGATAT GTTCTTTGGA 
AGAGATGAAC AATTGAATTG TGCAAAGCAA TACGTTTTAG GAAACTCGAA TCTTCCGATA 
ATTTTGCAAG GAGAGAACGG GTGTGGAAAA ACATCACTCA TGGCGAAAAT TGCAAAAGAG 
ATCCGGAACT GGTATGACAA TACTTGTGAG CCAGTTGTAC TTTTGAGGTT CCTGGGAACA 
AGTCCGGATA GTTCGAATAT TGCTCCATTG TTGACCAGTG TTTGTAATCA GATTGCTCTA 
AACTACGATG AATCTCTTAA CAATTCTGCT CCAACTGAAC TTTCTAAACT CTTCCAACAT 
TTCAAAAAGA TCACATATCT GGCTACTCGA GAGCGACCAT TAGTCATTAT ATTTGACAGT 
TTGGATCTTC TTTCAACAAT TGATGGGGCT CACGAACTTC TTTGGTTTCC ACCTTCTCTC 
CCTCCATTTG TCAAACTTTT CGCATCGTTA ACGCCTGGAG CAAGTTTGAT TTATTCAAAA 
ATGCTGAGAT TAATTGAAGA CAAACGACAA TATTTAACAG TGCCAAGTCT TGGAAAAGAA 
CTTGGAAATG ATGTAGTCAA AAAGTGGTTG TCGGATAAAG GAAGAACACT GTCGGAGAGA 
CAATGGAATA CTGTATCCAA GGCTCTGGAT AAATGTACTC TTCCGCTTTT TGTGAAACTG 
ATTTTCGCAG CAGTGGCTAG GTGGAAATCC TACTCTCGGC CACAAGAAAC TATTCTATTT 
TCATCTTTAC AAGAAAGTAT TAATGTCCTT TTTCATAGAA CCGAAAGTCA GCATGGAAAA 
CTGCTTGTTT CCCATTTATC GTACATTTCT GCTGCTAGAT CAGGAATCAG TGACTCTGAA 
GTTGAAGACT TGATATCTCT TGATGATAAG GTACTCGATG ATATCTACCA ATACCATCTT 
CCGCCAGTAA GAAGGATTCC ACCACTCCTC TGGAGTAGAA TAAGATCTGA TCTTCCTGGA 
TACTTATCAG AAAGAGCTGC TGATGGCGTC ATTGTCCTCA ACTGGTACCA TCAACAATTC 
AGACAAGTTG CAATCGAAAG GTATTTCAAA AATGTGAACC ATCTGGAAAC TTGTCATTCG 
GCGATGGCTG AATATTTTTT GGGTGTGTGG GGTGGAGTTC CGAAGCCGTA TCAGTACACC 
GAAATGCAAA AACAAAGATT TGGAGTGACC GAAAATGAAG GTCTGGCTGA CAGAAAAGTG 
CCAAAACAGC CCAACGTCTT CTCATCAAAA GACGGGAATC ATAGATACAA CACAAGAAAG 
TTGAGTGAGC TACCGTATCA TCTATTGAGA TCTGGGAGAG TTGATGAACT ACTGTCACTT 
TGTCTTTTCG ATTATGAGTT TCTTCATGCA AAAGTATCAA GTTTTCCATT ACAATCTCTG 
ATCGCTGATT ACGAAGATGC GATTCAGAAT GTCAGAGATG TGGAGATACT GAGACAACTG 
ACATTGGCAG TCGACGCATT GCGACTTTCA GCAAGTATTC TCAGCCGTAA TCCGTCTATG 
CTTGCGTTCG AACTTCTCGG AAGACTTCTT CCACTTGTGG CTACTAACAA ACATGTGAGC 
AAATTATTGA TCAAATGTGA TAGAGAAGGT CCACAACACA ACGCATTCGT TCCCGCCCAT 
CACTGTTTTC ATGCTCCTGG AGGGCCACTG AAATTCTCTT TGGAAGAACA TCAGTTTGCA 
GTTTTTGGAA TGCAGTTGAC TTCGGATAGA AAACTTCTAG TATCCACCTC AACACAGATT 
ATAGTCTGGG ATGTTGCAAC AGGTGACATC GCAAGAGTTG TGAACCCCAA CATTGATGGA 
GTTTTCTTTG GATTAGCTGT TTCGGAAAAT GATAAATTTG CTGCAGCATA CACTAACAAC 
AATCAAATTA TCGTTGCATC GTTAGTAACT GGAGAGTTCA CAGCAATAGA TCCAGAACCG 
TTTGTAACTC AAATGGAACT ACAGGCTATC CGATTTGTGG GTAACAACAA CATCTTAATG 
TGGTCCAAAT CCCAGTATTT GATTTATACT GTAAATGGAA ATATTGTTAG TCAAGGATCA 
GAGAGCGAAG GAGATAATAA TCATATCATT CACATATTCT ATCGAGACAA ACTGAACATG 
ATGTTCCTTT TATGGACTGG AGAACGAGAT GAATGGAGGC TGGTAGTGAA GGGAACATTG 
AATGATGATA AAACACAATC AAAGGGAAAG ATCAGTAACT TCTATTGTGA GGCATCCATC 
ACTTTCTTGG ACAACCATTT CAGAAAAGGA TTCGCATGTA TTGCACACAA AAGTTGTCTG 
GATCCTGACG GAGACCATAA CTTTGCTCTG GTCCGTATTA CTCTCTCCGA ATCCAAATAC 
ATCACAGAAG AAGTTATTCA AGAAGGACTT CTGAATCGAA TCAACGACAT AAAAATCTTT 
GAAAGAAATT GCAGCAGTCC GAACCAGAAT CCATGGATAG TTGGTGTCAT GATTGATAGT 
TTCTTGTTGT ACCGTGATAA CTGTGACTTC AAGCCAATTT TTTTGAAACT TCCTTTAAAT 
GTTCGAAACA TTCCAATTCG TCCAAGACAT ACAACTACTG CAGTAACTTT TGCCTCACAT 
GATACAGTTT TTGTAGCCGG AGTCCGAAAA CATTTGTTTC TGTGGAATGT TTCATCGACA 
GAACTTCTCC GCTCTCTTGA CGCCCATTTT GGAAGAATTC TGAATCTTGA TTCTGTTAGT 
CAACTTGGCC AAAACATTTT GATCTCATCT TCACTCGACC ATACAATAAA AATCTGGAAT 
ATGGAAAACA TATTTGAGAA GTCGTTCTCG GTTTCAACAA TGGAACAATC CATCGAGAAA 
ATTTCTGTGG CAAAAGATAA TCCGACACTG GCAGCAGTTC AAACTAGAAA GAATATTGGA 
ATTTGGGATA TAAAGTCTCA TCGTTATATT GCATCAACAA TCGTAGCAAT CGAATCCGAT 
CAATTACTCC TTTGGGATCT ACGAACGCAA TCCGTTATTC ATTCAATCCA TGCTCCAAAT 
GTTTTCCAAA TTTTTTACAT GAATAAAGAA GCGTTGATAG GTGTTATCTA CCGTCAAGTG 
GATTCTGCCG AACAGAAAAT TGCGAGACTT ACAATATACA GGGTCGTAGA TTTCAGTGTG 
CAATACAATT TTGAGTATCC ATGCAGACTG TTCAAGGATT GCGCAGTTCT TCGAGATCAA 
GTCACCGGAG TAGTCATTAC TTTATTCAAA GGGCATGATA GTCTTCTAGT TTTTGACGCA 
GTTGAAAAGA CTCAAAAAAT CAAATTTCGC CCAAGGCAAT CAAAAAAGCA GAAGGACGTG 
ATGATCAGTA AAATTATAGC GATGCCATCG AATAGTAACC AGGTGATCGT AGTTGAAAGT 
GACAACAAAG CAAGTGTGTG GGATATCAGA GTTCGGAAGT TCCACAGAAC ATTGACCCAA 
TTCAATGGAG TTGTTTCAAG CGATGGAAGG CTTGGACTGT TTGCTCCCGC GAAAGGTGGC 
TTGTTCGTGA TTGATATGAG AAGTGGTCAA GTTGCAAAAA CTTTGATTGG AAACGTGACG 
GAAGGTGTCA ACGATGTTAC ATGTTCGTTC TCTCCCAATG GTCAATATGT GTTCTATTAT 
CACAGTGCCC AAGACGGATC CCTTCTAACT GTTGTCCTTA ATGATCCGAT TGCTAAGGAG 
GAAACTTTGA ATAAGATCGC AATTCTTCCA TGTCGTCGTC ATCTCGCAGA ATACCTTCAT 
ATTCATGTTC CAGAAGAAGC TGAACTCGAC ACTTTCGACC TGCGAAATCT CGGAGCTGTC 
ACTGCGGCGG TAACACGGTT CAAATCGCTT TTGGAAAATA AAAAAGGAGG GGGAGTTTCT 
AAAAAGTCCC ATGTCTGTAG TCTTATGTGA

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

RefSeq	XP_002636918.1
CDS	1..5190
Translation	MYSSSISKVDAIKKRSKSTSNSHLTRISKKSSIESKLLLPHNLQKNQNGNSKSTTGLDLLLNQNNEQKAVPEKRDAITQDTFDRVFAGKFANLPKPQSKLVRVFTSSTFTDTTVERNALMEDIYPKLKEYCRETYGLDFQVVDMRWGVRDESTDDHMTTKLCLSEIANCQRLSVGANFVVFLCQKYGYRPIPSEILSTELELLKRTLREEHEDISLLDSWYIEDTNSVPPMFVLQQISSILVNFNNKRIPKLQEQDAKQWWECEAKMQQMLRKGARSCYEKGLLDHEAMHNYFMSVTEREVVHGILKAKNPNEHCLCYIRHINNIALSQMKTASKFVDIAHNHVNSEAQKLLANLRDERVPAKLAMQNIRRSTVEWVGRDGIDVQYHAEYIRQFCSDFYNSITTMVDNAMAKHEKYRDQLFTEVLTHLTTGSTVSDMFFGRDEQLNCAKQYVLGNSNLPIILQGENGCGKTSLMAKIAKEIRNWYDNTCEPVVLLRFLGTSPDSSNIAPLLTSVCNQIALNYDESLNNSAPTELSKLFQHFKKITYLATRERPLVIIFDSLDLLSTIDGAHELLWFPPSLPPFVKLFASLTPGASLIYSKMLRLIEDKRQYLTVPSLGKELGNDVVKKWLSDKGRTLSERQWNTVSKALDKCTLPLFVKLIFAAVARWKSYSRPQETILFSSLQESINVLFHRTESQHGKLLVSHLSYISAARSGISDSEVEDLISLDDKVLDDIYQYHLPPVRRIPPLLWSRIRSDLPGYLSERAADGVIVLNWYHQQFRQVAIERYFKNVNHLETCHSAMAEYFLGVWGGVPKPYQYTEMQKQRFGVTENEGLADRKVPKQPNVFSSKDGNHRYNTRKLSELPYHLLRSGRVDELLSLCLFDYEFLHAKVSSFPLQSLIADYEDAIQNVRDVEILRQLTLAVDALRLSASILSRNPSMLAFELLGRLLPLVATNKHVSKLLIKCDREGPQHNAFVPAHHCFHAPGGPLKFSLEEHQFAVFGMQLTSDRKLLVSTSTQIIVWDVATGDIARVVNPNIDGVFFGLAVSENDKFAAAYTNNNQIIVASLVTGEFTAIDPEPFVTQMELQAIRFVGNNNILMWSKSQYLIYTVNGNIVSQGSESEGDNNHIIHIFYRDKLNMMFLLWTGERDEWRLVVKGTLNDDKTQSKGKISNFYCEASITFLDNHFRKGFACIAHKSCLDPDGDHNFALVRITLSESKYITEEVIQEGLLNRINDIKIFERNCSSPNQNPWIVGVMIDSFLLYRDNCDFKPIFLKLPLNVRNIPIRPRHTTTAVTFASHDTVFVAGVRKHLFLWNVSSTELLRSLDAHFGRILNLDSVSQLGQNILISSSLDHTIKIWNMENIFEKSFSVSTMEQSIEKISVAKDNPTLAAVQTRKNIGIWDIKSHRYIASTIVAIESDQLLLWDLRTQSVIHSIHAPNVFQIFYMNKEALIGVIYRQVDSAEQKIARLTIYRVVDFSVQYNFEYPCRLFKDCAVLRDQVTGVVITLFKGHDSLLVFDAVEKTQKIKFRPRQSKKQKDVMISKIIAMPSNSNQVIVVESDNKASVWDIRVRKFHRTLTQFNGVVSSDGRLGLFAPAKGGLFVIDMRSGQVAKTLIGNVTEGVNDVTCSFSPNGQYVFYYHSAQDGSLLTVVLNDPIAKEETLNKIAILPCRRHLAEYLHIHVPEEAELDTFDLRNLGAVTAAVTRFKSLLENKKGGGVSKKSHVCSLM

Target ORF information:

RefSeq Version	XM_002636872.1
Organism	Caenorhabditis briggsae
Definition	Caenorhabditis briggsae Hypothetical protein CBG09382 (CBG09382) mRNA, complete cds.

Target ORF information:

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

XM_002636872.1

ORF Insert Sequence:

ATGTATTCAT CTTCAATTTC GAAAGTAGAT GCTATTAAAA AACGGTCTAA ATCGACTTCG 
AACTCACATC TAACCAGAAT CAGCAAGAAA AGTAGTATCG AATCGAAACT CTTGCTTCCT 
CATAATCTTC AAAAGAATCA AAATGGAAAC TCAAAAAGCA CAACTGGTTT GGATCTTTTA 
TTAAATCAAA ACAATGAACA GAAAGCCGTT CCAGAGAAGA GAGATGCGAT CACCCAAGAC 
ACTTTTGATC GAGTGTTTGC TGGGAAATTC GCAAATCTTC CAAAACCGCA GAGCAAACTT 
GTTCGAGTTT TTACGAGTTC AACATTCACG GATACGACAG TCGAAAGAAA CGCCTTGATG 
GAGGACATTT ACCCAAAACT AAAAGAATAT TGTCGTGAGA CATACGGTCT CGATTTTCAG 
GTGGTCGACA TGAGATGGGG CGTTCGAGAT GAATCCACTG ATGATCACAT GACAACAAAG 
CTATGTCTCT CTGAAATTGC AAACTGTCAA AGGCTTTCAG TTGGAGCCAA CTTTGTAGTG 
TTTTTGTGTC AGAAATATGG ATATCGACCG ATTCCATCTG AAATTCTATC AACTGAGCTA 
GAATTGTTGA AGCGAACTCT CCGAGAAGAG CATGAGGATA TTTCTTTGCT AGACAGCTGG 
TATATTGAAG ATACGAACTC CGTACCGCCC ATGTTTGTAC TTCAGCAAAT CAGCTCAATT 
CTCGTCAATT TTAATAACAA AAGAATTCCG AAACTTCAAG AACAAGATGC TAAACAATGG 
TGGGAATGTG AAGCAAAAAT GCAGCAAATG TTGAGAAAAG GAGCAAGAAG TTGTTATGAA 
AAAGGATTGT TGGATCATGA AGCCATGCAT AACTATTTCA TGTCAGTGAC AGAAAGAGAA 
GTGGTTCATG GTATTTTGAA AGCAAAGAAT CCAAATGAAC ACTGTTTGTG TTACATCCGA 
CACATCAATA ATATTGCTCT GTCCCAAATG AAAACGGCTT CAAAGTTTGT GGATATCGCT 
CACAATCATG TAAACTCAGA AGCTCAGAAA CTTCTAGCCA ACCTGAGAGA TGAACGTGTT 
CCTGCAAAAC TTGCCATGCA AAATATCAGA AGATCAACTG TAGAATGGGT TGGAAGAGAT 
GGAATCGATG TTCAGTATCA TGCAGAATAC ATTCGTCAAT TCTGTTCGGA TTTCTATAAT 
AGTATTACAA CAATGGTTGA TAATGCAATG GCCAAACATG AAAAATACAG AGATCAGTTA 
TTCACTGAAG TTCTTACACA TCTTACAACT GGATCTACGG TTTCCGATAT GTTCTTTGGA 
AGAGATGAAC AATTGAATTG TGCAAAGCAA TACGTTTTAG GAAACTCGAA TCTTCCGATA 
ATTTTGCAAG GAGAGAACGG GTGTGGAAAA ACATCACTCA TGGCGAAAAT TGCAAAAGAG 
ATCCGGAACT GGTATGACAA TACTTGTGAG CCAGTTGTAC TTTTGAGGTT CCTGGGAACA 
AGTCCGGATA GTTCGAATAT TGCTCCATTG TTGACCAGTG TTTGTAATCA GATTGCTCTA 
AACTACGATG AATCTCTTAA CAATTCTGCT CCAACTGAAC TTTCTAAACT CTTCCAACAT 
TTCAAAAAGA TCACATATCT GGCTACTCGA GAGCGACCAT TAGTCATTAT ATTTGACAGT 
TTGGATCTTC TTTCAACAAT TGATGGGGCT CACGAACTTC TTTGGTTTCC ACCTTCTCTC 
CCTCCATTTG TCAAACTTTT CGCATCGTTA ACGCCTGGAG CAAGTTTGAT TTATTCAAAA 
ATGCTGAGAT TAATTGAAGA CAAACGACAA TATTTAACAG TGCCAAGTCT TGGAAAAGAA 
CTTGGAAATG ATGTAGTCAA AAAGTGGTTG TCGGATAAAG GAAGAACACT GTCGGAGAGA 
CAATGGAATA CTGTATCCAA GGCTCTGGAT AAATGTACTC TTCCGCTTTT TGTGAAACTG 
ATTTTCGCAG CAGTGGCTAG GTGGAAATCC TACTCTCGGC CACAAGAAAC TATTCTATTT 
TCATCTTTAC AAGAAAGTAT TAATGTCCTT TTTCATAGAA CCGAAAGTCA GCATGGAAAA 
CTGCTTGTTT CCCATTTATC GTACATTTCT GCTGCTAGAT CAGGAATCAG TGACTCTGAA 
GTTGAAGACT TGATATCTCT TGATGATAAG GTACTCGATG ATATCTACCA ATACCATCTT 
CCGCCAGTAA GAAGGATTCC ACCACTCCTC TGGAGTAGAA TAAGATCTGA TCTTCCTGGA 
TACTTATCAG AAAGAGCTGC TGATGGCGTC ATTGTCCTCA ACTGGTACCA TCAACAATTC 
AGACAAGTTG CAATCGAAAG GTATTTCAAA AATGTGAACC ATCTGGAAAC TTGTCATTCG 
GCGATGGCTG AATATTTTTT GGGTGTGTGG GGTGGAGTTC CGAAGCCGTA TCAGTACACC 
GAAATGCAAA AACAAAGATT TGGAGTGACC GAAAATGAAG GTCTGGCTGA CAGAAAAGTG 
CCAAAACAGC CCAACGTCTT CTCATCAAAA GACGGGAATC ATAGATACAA CACAAGAAAG 
TTGAGTGAGC TACCGTATCA TCTATTGAGA TCTGGGAGAG TTGATGAACT ACTGTCACTT 
TGTCTTTTCG ATTATGAGTT TCTTCATGCA AAAGTATCAA GTTTTCCATT ACAATCTCTG 
ATCGCTGATT ACGAAGATGC GATTCAGAAT GTCAGAGATG TGGAGATACT GAGACAACTG 
ACATTGGCAG TCGACGCATT GCGACTTTCA GCAAGTATTC TCAGCCGTAA TCCGTCTATG 
CTTGCGTTCG AACTTCTCGG AAGACTTCTT CCACTTGTGG CTACTAACAA ACATGTGAGC 
AAATTATTGA TCAAATGTGA TAGAGAAGGT CCACAACACA ACGCATTCGT TCCCGCCCAT 
CACTGTTTTC ATGCTCCTGG AGGGCCACTG AAATTCTCTT TGGAAGAACA TCAGTTTGCA 
GTTTTTGGAA TGCAGTTGAC TTCGGATAGA AAACTTCTAG TATCCACCTC AACACAGATT 
ATAGTCTGGG ATGTTGCAAC AGGTGACATC GCAAGAGTTG TGAACCCCAA CATTGATGGA 
GTTTTCTTTG GATTAGCTGT TTCGGAAAAT GATAAATTTG CTGCAGCATA CACTAACAAC 
AATCAAATTA TCGTTGCATC GTTAGTAACT GGAGAGTTCA CAGCAATAGA TCCAGAACCG 
TTTGTAACTC AAATGGAACT ACAGGCTATC CGATTTGTGG GTAACAACAA CATCTTAATG 
TGGTCCAAAT CCCAGTATTT GATTTATACT GTAAATGGAA ATATTGTTAG TCAAGGATCA 
GAGAGCGAAG GAGATAATAA TCATATCATT CACATATTCT ATCGAGACAA ACTGAACATG 
ATGTTCCTTT TATGGACTGG AGAACGAGAT GAATGGAGGC TGGTAGTGAA GGGAACATTG 
AATGATGATA AAACACAATC AAAGGGAAAG ATCAGTAACT TCTATTGTGA GGCATCCATC 
ACTTTCTTGG ACAACCATTT CAGAAAAGGA TTCGCATGTA TTGCACACAA AAGTTGTCTG 
GATCCTGACG GAGACCATAA CTTTGCTCTG GTCCGTATTA CTCTCTCCGA ATCCAAATAC 
ATCACAGAAG AAGTTATTCA AGAAGGACTT CTGAATCGAA TCAACGACAT AAAAATCTTT 
GAAAGAAATT GCAGCAGTCC GAACCAGAAT CCATGGATAG TTGGTGTCAT GATTGATAGT 
TTCTTGTTGT ACCGTGATAA CTGTGACTTC AAGCCAATTT TTTTGAAACT TCCTTTAAAT 
GTTCGAAACA TTCCAATTCG TCCAAGACAT ACAACTACTG CAGTAACTTT TGCCTCACAT 
GATACAGTTT TTGTAGCCGG AGTCCGAAAA CATTTGTTTC TGTGGAATGT TTCATCGACA 
GAACTTCTCC GCTCTCTTGA CGCCCATTTT GGAAGAATTC TGAATCTTGA TTCTGTTAGT 
CAACTTGGCC AAAACATTTT GATCTCATCT TCACTCGACC ATACAATAAA AATCTGGAAT 
ATGGAAAACA TATTTGAGAA GTCGTTCTCG GTTTCAACAA TGGAACAATC CATCGAGAAA 
ATTTCTGTGG CAAAAGATAA TCCGACACTG GCAGCAGTTC AAACTAGAAA GAATATTGGA 
ATTTGGGATA TAAAGTCTCA TCGTTATATT GCATCAACAA TCGTAGCAAT CGAATCCGAT 
CAATTACTCC TTTGGGATCT ACGAACGCAA TCCGTTATTC ATTCAATCCA TGCTCCAAAT 
GTTTTCCAAA TTTTTTACAT GAATAAAGAA GCGTTGATAG GTGTTATCTA CCGTCAAGTG 
GATTCTGCCG AACAGAAAAT TGCGAGACTT ACAATATACA GGGTCGTAGA TTTCAGTGTG 
CAATACAATT TTGAGTATCC ATGCAGACTG TTCAAGGATT GCGCAGTTCT TCGAGATCAA 
GTCACCGGAG TAGTCATTAC TTTATTCAAA GGGCATGATA GTCTTCTAGT TTTTGACGCA 
GTTGAAAAGA CTCAAAAAAT CAAATTTCGC CCAAGGCAAT CAAAAAAGCA GAAGGACGTG 
ATGATCAGTA AAATTATAGC GATGCCATCG AATAGTAACC AGGTGATCGT AGTTGAAAGT 
GACAACAAAG CAAGTGTGTG GGATATCAGA GTTCGGAAGT TCCACAGAAC ATTGACCCAA 
TTCAATGGAG TTGTTTCAAG CGATGGAAGG CTTGGACTGT TTGCTCCCGC GAAAGGTGGC 
TTGTTCGTGA TTGATATGAG AAGTGGTCAA GTTGCAAAAA CTTTGATTGG AAACGTGACG 
GAAGGTGTCA ACGATGTTAC ATGTTCGTTC TCTCCCAATG GTCAATATGT GTTCTATTAT 
CACAGTGCCC AAGACGGATC CCTTCTAACT GTTGTCCTTA ATGATCCGAT TGCTAAGGAG 
GAAACTTTGA ATAAGATCGC AATTCTTCCA TGTCGTCGTC ATCTCGCAGA ATACCTTCAT 
ATTCATGTTC CAGAAGAAGC TGAACTCGAC ACTTTCGACC TGCGAAATCT CGGAGCTGTC 
ACTGCGGCGG TAACACGGTT CAAATCGCTT TTGGAAAATA AAAAAGGAGG GGGAGTTTCT 
AAAAAGTCCC ATGTCTGTAG TCTTATGTGA

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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CBG09382 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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