CBG09045 cDNA ORF clone, Caenorhabditis briggsae

Gene
Clones
gRNAs

Summary

Gene Symbol	CBG09045
Entrez Gene ID	8583177
Full Name	Hypothetical protein CBG09045
Gene Type	protein-coding
Organism	Caenorhabditis briggsae

mRNA and Protein(s)

mRNA	Protein	Name
XM_002641138.1	XP_002641184.1	Hypothetical protein CBG09045

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 CBG09045 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CBG09045 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
OCf09520	XM_002641138.1 Latest version!	Caenorhabditis briggsae Hypothetical protein CBG09045 (CBG09045) mRNA, complete cds.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

CBG09045 ( XM_002641138.1 ) cDNA ORF clone, Caenorhabditis briggsae -> XP_002641184.1 Caenorhabditis briggsae Hypothetical protein CBG09045 (CBG09045) mRNA, complete cds.

Price & Availability↑

CloneID	OCf09520
Clone ID Related Accession (Same CDS sequence)	XM_002641138.1
Accession Version	XM_002641138.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5145bp) 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 CBG09045
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_013490). COMPLETENESS: incomplete on both ends.

ATGTCAGCTA ACGCTAATTG GGATGACAGC GACAGCGAAA ACGAGAACGT GGTTGTCGAG 
GAGAAGCCGG TGATTCTACC TCGCGCCCGG CAGCCTTCGA TAGCGAAAAG TTTGGAGAAA 
GTGCAAATTC TCGAGAACAG TGTCGCCGGA TCGGAGAAGA ACGCTTCGGA CGACGACTCG 
GACGCCAGCT CAGTTATATC TGATGATATG GAAGGTATTG GAGAAGACAA CGAAGTGTTG 
AACTTTTCAT TAGATCAACT CCAAATGCTC AAAAGAAATC TTGCTCAATT CCCATGCAGT 
TATAAGAATA TTATCAGCGA ATTCGCTGAT GTGGAAATTT TTCTCATTTC GATCGATTCT 
CTTGTCGTAG AGTGTGCTGC TCACAGCTAC CATAACTGGG ATGTAGCCGG ACAGTCATTG 
GTCCTCAACA AGCAAATCGA CAGATTCCTT CAACAATTCG TTGATATCGG AGGACGCTTC 
AAACTCATTG TATTCTCCGA TTTCACAGCT CAATTCGCTA AGGATACCAC CCTTTCTTTC 
GCCAGATCGG CTGCTTTGGC TCATCTCGGC AATGGTCCAT ATGCAAGAGA TCTCCTTTTC 
TTCACGAACC CAACTGATCC AGAATGGGAT AAACTTCTGA ATGATCTGAC GCCGTCTTTC 
CTCATGATCT CAACTGACAA CGTGACACCA AATGTGTGTG CAACACCTGA GATTGACTTG 
ACCAGACAGT TCGAGACTAT TGCATTCGAT GTGCTCACTC GATCGATGTC AGTTGTTCTT 
CTGCATTCAA TCAAAGTGAA CTTCGTTTCT GTGGAAGCTT ACTACATCCA GCCATGCCTT 
GTCATTGCTC CAGATTGGCC GGCTTTCCTT GCTGCTCATT GGGACAACAA TGGGACACTT 
CTCCGTAACC ATCTCAGCAA GGCGATCAAG TTCAATCAAT TCGAAACCCC AGCTGATCTG 
TGGGTGAAGA TTATCACCGA TGCTAAAGCT ACAGGAAAAG GATCGGACAC TTTTGACACT 
CTAGCAGCCG CCGTTATTCT TTCTTCATTG ATTTGTAGTA GAAGAGGAGC TCATAGAGTG 
TATTATCCAG CTCGTGAGGA TGCTAAACGA GGATTGAACG TTATCAGAGA TAGACGATTG 
ATCCTTAATG CCGCTGTTGT TCTTCTTGAT AAGGCGGATC ATGCGAACTC AAAAATCGAT 
CTCACTGATT TGTGGGATGG TCGTATGGTT TATTCAATCT TCGATGAGCT CTCTGCGAAC 
CAAACAGTCC TTCCATATCG CCTTCAAGAA GATTTCGCCA AGTACCATCA AAAGGCCGGA 
CTCTCTGTTC CACTTGCAAC TGATACTAAT GAGAAGCTCT TTGACCCAGT GCCAGAAATT 
ACGGATCCAC TTCTTGACTT GCCAGTTCTC TACAGTGTTA CTTCTCCAAT GATTAAGAGA 
TTTGTCCCTG AAATTGAGAA AATGACTTCT CAGAATGCAG TAGAAGAAGG ATCAGTGCAA 
GATTACGCTG ATTATTTGAA AGAAACTTCA CAATGGAGAT TCAAGCCAAT TGAAGAGACC 
TACGCACAGA AGGAAGAGAA AATCGAGGAT GCTTGGCAGT TGAAGAAAGC CAATCGTTCA 
AAGCAATTCC TGATGAGATG GTACGAACTC TTCGCCAATT CCCTCGAAGG TCGTGGTTCC 
AACCTTTTGG TCGATTTCTC TCGAGTTCCA AAAGGATTTG CAATCGCCGA GGAAGAAGTT 
GTCGATGATA AGAAGACAGG AAAAGGAGGC TGGAGTGGTC AGAAACAACA GAAACCAGGA 
GCCGGTGGTA AGAAAGGAGC AGTGAAAGAA GCAGGAAAAT CGAAGAAAGA TTTGATCTTG 
GAAGCGAACA AAAAGGCAAA AGATCAGAAA GTGGCAGACA GTGAAAAGGT GAAGATCAAG 
TACGGATGTC AGCAAGGAAA GGAGGCGGTT CTCTTCTTGA ACAACCTCTA CTCTTCTCTC 
GACCTTCCAG AATCAAGAGC TCTTTGCGTT TATGAAATTG TTGTTCGCGA AGGAAGAACG 
ATGTTCGATC AGCACCAAGG CTCTGACAAG CAAGAAATAA GAAGAAACGT CGCGGTTGAT 
TTTGTCGGTC ATCTGAAGGA TTGCTTCGTG AAGCATTGGG AGCACTTGGA GCCGAAACAA 
AAAGAGCAAG TGGTTGATTT GTGGGTGTCA CTCGGTTTCG ATGCACCAGC CGGATCCAAA 
CCATCTTCCG AAGCCAAACA AAAGAAGCTC AATCTTGGAA TCAACATGGT TTACTACCAG 
CTCCAATACG GAGGAGAGCT CATCGATATT CAATCTGATC CGAAAAAAGA CGATCGTGTG 
AGTGGATTCG CTCCGGATGG ATGGCAAAGA AAAATGCTTG ACTCTGTTGA TCGTGGCAAC 
TCGGCTCTGA TCATTGCTCC AACCTCTGCT GGTAAGACAT TCGTTTCATA CTACTGTATC 
GAGAAGATCC TCCGTGCTAG TGACAACGAT GTCGTCGTTT ATGTGGCACC ATCGAAAGCG 
CTCATCAATC AGGTGTGTGG ATCCGTCTAC GCTCGTTTCC GTAATAAGTC AATGAGGCGG 
GGATTATCAC TCTTCGGTAC ACTTACTCAA GAGTACTCGC AGAACGCCAT GCAATGCCAA 
GTGCTCGTCA CTGTTCCAGA GTGCCTCCAG GAACTCATGC TTTCAAGAAC TCCAGCCGTA 
CAAAAGTTTG TGTCTCATAT CAAATACGTC GTGTTTGACG AAGTTCATTC TATTGGAGCT 
TCCGAAGAAT CGCACATCTG GGAACAACTT CTGCTCCTCA TCCAATGTCC ATTCCTCGCG 
TTGTCAGCTA CTATCGGAAA TGCCAATAAA TTGCACGAAT GGCTCGATTC AAGTGAACAG 
GCGAAGACAT CTGGAAAGCG AAAGGTCGAG CTTATCAACT ATGGAGAAAG ATATTCCGAG 
TTGGAGTTGT CGATTCTCAA CATTAACGAT CCACACGGAG AAGATGACGG TATTGCGCAC 
AAGAAAGCAG GAGAAAATGC CGTGATCCCA TTGATGCCAT ACGGAGTGTA CATGCCAGAG 
AAGCTTCGAA TGTTCTCCAT TCCAGAAGAT CAGCAGTTGA CAGCCAGACA AATTCTTCAC 
CTCTACAACA TGATGGCGGA GGTTGATGCT GCTTCCAAGA AAGAGTTCGA GCCATGCAAG 
TTCTTCGGCC AACATGGAAC GAAAGCAGTT TGGATTTCAA GATCAGAGCT TAGAAGACTG 
GAAAATGCGC TCAAGGAACG CTTCATGGAG TGGCTGAGCA CTGATGAACA GAAGATCAAC 
TCTATTCTGA AGATTCTCAA GGAGCCAGTC AACACTCAGC TCACCTACAG AGCTCGTCCG 
TTCAACAAGA AGAAAGTAGC TAATGACTAC ATCGTGACAC TTGTCGACAA TTTGAAGGAG 
AAAGGAGAAC TTCCAGCGAT TTGCTTCAAC GACGATCGTT ACGTCTGCGA GAAACTCGCC 
CAGACCTTAG CCGATGAGCT CCAGCGACGA GAGTTGGAGT ACATGGAGAC GGATGAGTTC 
AAGAACAAGT ACATGATCAA GGATGAGAAT AAGCTAGTGA AACTTGCCAA GAGAAAGAGA 
GATGATGCCG ATAAGAAAAA AAAGGGAGAC AAGGATGAGG ATGCTGGTCC AGAAAAGGAA 
GACGATGAGA TGGATGTGCT TGCTATGAAG AAGGCTAGAT TGGCGAGAGC TCTGGAAAGA 
TTCAAGCTTC GTGGAAGAAA CGGAGGAGAT CCAGATATAT ACGCCAAGAT GATAGAAAGA 
ATGGAGAAAA GTGGGAAGCA TCGTGAGAGC ACTCAAATAC TCTTCAAGCT CTTCGAACGT 
GGAATCGGTT TCCATCATGC TGGAATGAAT AATGTCGAAA GAGGAGCAGT CGAAGTGTTG 
TTCCGTTCTG GAAATCTCGC CATTCTGTTC TCTACCTCAA CACTTTCTCT CGGAGTAAAC 
ATGCCTTGTA AGACAGTCAT GTTCGGTGTG GATACTATTC AGCTCACACC GCTTCTCTAC 
CGTCAAATGT CTGGTCGTGC TGGACGTCGT GGTTTCGATC ATTCCGGAAA TGTCATCTTC 
ATGAGTGTGC CAACTAGTAA GATCCGTCGT CTTTTGACTG CTTCCCTTTC AAACCTTCAA 
GGAAATCCAC CATTCACCGT CATATTCCTT CTCCGCCTGT TTGCTTATGT CCATCAACAA 
GATATCATGA ATGAGGAAGG ACAGAAGGTG TCTACTATGA AGCAACGTGC TTTCGCGGCT 
AAGTCACTCC TCGAGCACTC CTTCAGTGTG CATACTCGTC GTGAAGCCAA AGATGGAGTT 
CTGCAGAAGC AACTTCGCAT GTTCTCCGCG TTCTCCTTCC AGCTGCTTCG TCATCTCCAG 
CTGCTCTCTC CGTTTGGAGA AGGAAAGAAC TTTGCCGAGC TTGCTATTCA CTCCCAGAAC 
GGATCATCCG GAACTCTTCT TTTCATTTAC CTTATGCAGA AGAAGTGCTT CCATCAGTTG 
CTGAAGAAGT GCGAAAGCGC GGATGAAGCT CAACTCATGA TGCTTGAAGT GCTTGCTAAC 
CTCTTCACCA ACGTCCGCAT GTCTCCATTC CATGAGAGAA ATGACAATCT GGAGAATGTT 
CATGTTAACC TCCGTGGCTT GCCATCGATT TTGGTTCCGT ATGTTGAGGA GTACAACAAG 
ACTGTTGGTG GTCTCTACAA GCGATTCATG GCTGCTTCTT CCAAGGATGG AAACCTTTTG 
GACCCAACAT TCACAGTGAG CGGAAAACTT GACAGCGAGA GTGTCTCCCT GACTGAGGAT 
TTCCTCGTTA CCCCACTCTT CGATCAGTAT TCGCACGATG AATCATTCCT CCCAGTGATT 
GATACCAACA AGAAGGATCA TCGTGGACGT AAGATTCAAC GCAACGCCTA CGCCTACGAT 
TTCTACGTTC ACGGATCTCG TCAACTCCTT CCCGAAGTCA ACGGTTTGCA TGTCAACGTT 
GCCTGGTTCT TGCTCCACGA CTTTGTGTCT ATACTCGAAC GTCTCGCTGT CGGAGTCCAC 
AACATGGCTC GCCCACAAGA TCCACTTGTC TTGATTCTTG AAGATCTGTC GAAGAATTAC 
GATGAGAAAT TCCGCAAAGC ATTCGGAATG CGTTCTCGCG ATTAA

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

RefSeq	XP_002641184.1
CDS	1..5145
Translation	MSANANWDDSDSENENVVVEEKPVILPRARQPSIAKSLEKVQILENSVAGSEKNASDDDSDASSVISDDMEGIGEDNEVLNFSLDQLQMLKRNLAQFPCSYKNIISEFADVEIFLISIDSLVVECAAHSYHNWDVAGQSLVLNKQIDRFLQQFVDIGGRFKLIVFSDFTAQFAKDTTLSFARSAALAHLGNGPYARDLLFFTNPTDPEWDKLLNDLTPSFLMISTDNVTPNVCATPEIDLTRQFETIAFDVLTRSMSVVLLHSIKVNFVSVEAYYIQPCLVIAPDWPAFLAAHWDNNGTLLRNHLSKAIKFNQFETPADLWVKIITDAKATGKGSDTFDTLAAAVILSSLICSRRGAHRVYYPAREDAKRGLNVIRDRRLILNAAVVLLDKADHANSKIDLTDLWDGRMVYSIFDELSANQTVLPYRLQEDFAKYHQKAGLSVPLATDTNEKLFDPVPEITDPLLDLPVLYSVTSPMIKRFVPEIEKMTSQNAVEEGSVQDYADYLKETSQWRFKPIEETYAQKEEKIEDAWQLKKANRSKQFLMRWYELFANSLEGRGSNLLVDFSRVPKGFAIAEEEVVDDKKTGKGGWSGQKQQKPGAGGKKGAVKEAGKSKKDLILEANKKAKDQKVADSEKVKIKYGCQQGKEAVLFLNNLYSSLDLPESRALCVYEIVVREGRTMFDQHQGSDKQEIRRNVAVDFVGHLKDCFVKHWEHLEPKQKEQVVDLWVSLGFDAPAGSKPSSEAKQKKLNLGINMVYYQLQYGGELIDIQSDPKKDDRVSGFAPDGWQRKMLDSVDRGNSALIIAPTSAGKTFVSYYCIEKILRASDNDVVVYVAPSKALINQVCGSVYARFRNKSMRRGLSLFGTLTQEYSQNAMQCQVLVTVPECLQELMLSRTPAVQKFVSHIKYVVFDEVHSIGASEESHIWEQLLLLIQCPFLALSATIGNANKLHEWLDSSEQAKTSGKRKVELINYGERYSELELSILNINDPHGEDDGIAHKKAGENAVIPLMPYGVYMPEKLRMFSIPEDQQLTARQILHLYNMMAEVDAASKKEFEPCKFFGQHGTKAVWISRSELRRLENALKERFMEWLSTDEQKINSILKILKEPVNTQLTYRARPFNKKKVANDYIVTLVDNLKEKGELPAICFNDDRYVCEKLAQTLADELQRRELEYMETDEFKNKYMIKDENKLVKLAKRKRDDADKKKKGDKDEDAGPEKEDDEMDVLAMKKARLARALERFKLRGRNGGDPDIYAKMIERMEKSGKHRESTQILFKLFERGIGFHHAGMNNVERGAVEVLFRSGNLAILFSTSTLSLGVNMPCKTVMFGVDTIQLTPLLYRQMSGRAGRRGFDHSGNVIFMSVPTSKIRRLLTASLSNLQGNPPFTVIFLLRLFAYVHQQDIMNEEGQKVSTMKQRAFAAKSLLEHSFSVHTRREAKDGVLQKQLRMFSAFSFQLLRHLQLLSPFGEGKNFAELAIHSQNGSSGTLLFIYLMQKKCFHQLLKKCESADEAQLMMLEVLANLFTNVRMSPFHERNDNLENVHVNLRGLPSILVPYVEEYNKTVGGLYKRFMAASSKDGNLLDPTFTVSGKLDSESVSLTEDFLVTPLFDQYSHDESFLPVIDTNKKDHRGRKIQRNAYAYDFYVHGSRQLLPEVNGLHVNVAWFLLHDFVSILERLAVGVHNMARPQDPLVLILEDLSKNYDEKFRKAFGMRSRD

Target ORF information:

RefSeq Version	XM_002641138.1
Organism	Caenorhabditis briggsae
Definition	Caenorhabditis briggsae Hypothetical protein CBG09045 (CBG09045) mRNA, complete cds.

Target ORF information:

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

XM_002641138.1

ORF Insert Sequence:

ATGTCAGCTA ACGCTAATTG GGATGACAGC GACAGCGAAA ACGAGAACGT GGTTGTCGAG 
GAGAAGCCGG TGATTCTACC TCGCGCCCGG CAGCCTTCGA TAGCGAAAAG TTTGGAGAAA 
GTGCAAATTC TCGAGAACAG TGTCGCCGGA TCGGAGAAGA ACGCTTCGGA CGACGACTCG 
GACGCCAGCT CAGTTATATC TGATGATATG GAAGGTATTG GAGAAGACAA CGAAGTGTTG 
AACTTTTCAT TAGATCAACT CCAAATGCTC AAAAGAAATC TTGCTCAATT CCCATGCAGT 
TATAAGAATA TTATCAGCGA ATTCGCTGAT GTGGAAATTT TTCTCATTTC GATCGATTCT 
CTTGTCGTAG AGTGTGCTGC TCACAGCTAC CATAACTGGG ATGTAGCCGG ACAGTCATTG 
GTCCTCAACA AGCAAATCGA CAGATTCCTT CAACAATTCG TTGATATCGG AGGACGCTTC 
AAACTCATTG TATTCTCCGA TTTCACAGCT CAATTCGCTA AGGATACCAC CCTTTCTTTC 
GCCAGATCGG CTGCTTTGGC TCATCTCGGC AATGGTCCAT ATGCAAGAGA TCTCCTTTTC 
TTCACGAACC CAACTGATCC AGAATGGGAT AAACTTCTGA ATGATCTGAC GCCGTCTTTC 
CTCATGATCT CAACTGACAA CGTGACACCA AATGTGTGTG CAACACCTGA GATTGACTTG 
ACCAGACAGT TCGAGACTAT TGCATTCGAT GTGCTCACTC GATCGATGTC AGTTGTTCTT 
CTGCATTCAA TCAAAGTGAA CTTCGTTTCT GTGGAAGCTT ACTACATCCA GCCATGCCTT 
GTCATTGCTC CAGATTGGCC GGCTTTCCTT GCTGCTCATT GGGACAACAA TGGGACACTT 
CTCCGTAACC ATCTCAGCAA GGCGATCAAG TTCAATCAAT TCGAAACCCC AGCTGATCTG 
TGGGTGAAGA TTATCACCGA TGCTAAAGCT ACAGGAAAAG GATCGGACAC TTTTGACACT 
CTAGCAGCCG CCGTTATTCT TTCTTCATTG ATTTGTAGTA GAAGAGGAGC TCATAGAGTG 
TATTATCCAG CTCGTGAGGA TGCTAAACGA GGATTGAACG TTATCAGAGA TAGACGATTG 
ATCCTTAATG CCGCTGTTGT TCTTCTTGAT AAGGCGGATC ATGCGAACTC AAAAATCGAT 
CTCACTGATT TGTGGGATGG TCGTATGGTT TATTCAATCT TCGATGAGCT CTCTGCGAAC 
CAAACAGTCC TTCCATATCG CCTTCAAGAA GATTTCGCCA AGTACCATCA AAAGGCCGGA 
CTCTCTGTTC CACTTGCAAC TGATACTAAT GAGAAGCTCT TTGACCCAGT GCCAGAAATT 
ACGGATCCAC TTCTTGACTT GCCAGTTCTC TACAGTGTTA CTTCTCCAAT GATTAAGAGA 
TTTGTCCCTG AAATTGAGAA AATGACTTCT CAGAATGCAG TAGAAGAAGG ATCAGTGCAA 
GATTACGCTG ATTATTTGAA AGAAACTTCA CAATGGAGAT TCAAGCCAAT TGAAGAGACC 
TACGCACAGA AGGAAGAGAA AATCGAGGAT GCTTGGCAGT TGAAGAAAGC CAATCGTTCA 
AAGCAATTCC TGATGAGATG GTACGAACTC TTCGCCAATT CCCTCGAAGG TCGTGGTTCC 
AACCTTTTGG TCGATTTCTC TCGAGTTCCA AAAGGATTTG CAATCGCCGA GGAAGAAGTT 
GTCGATGATA AGAAGACAGG AAAAGGAGGC TGGAGTGGTC AGAAACAACA GAAACCAGGA 
GCCGGTGGTA AGAAAGGAGC AGTGAAAGAA GCAGGAAAAT CGAAGAAAGA TTTGATCTTG 
GAAGCGAACA AAAAGGCAAA AGATCAGAAA GTGGCAGACA GTGAAAAGGT GAAGATCAAG 
TACGGATGTC AGCAAGGAAA GGAGGCGGTT CTCTTCTTGA ACAACCTCTA CTCTTCTCTC 
GACCTTCCAG AATCAAGAGC TCTTTGCGTT TATGAAATTG TTGTTCGCGA AGGAAGAACG 
ATGTTCGATC AGCACCAAGG CTCTGACAAG CAAGAAATAA GAAGAAACGT CGCGGTTGAT 
TTTGTCGGTC ATCTGAAGGA TTGCTTCGTG AAGCATTGGG AGCACTTGGA GCCGAAACAA 
AAAGAGCAAG TGGTTGATTT GTGGGTGTCA CTCGGTTTCG ATGCACCAGC CGGATCCAAA 
CCATCTTCCG AAGCCAAACA AAAGAAGCTC AATCTTGGAA TCAACATGGT TTACTACCAG 
CTCCAATACG GAGGAGAGCT CATCGATATT CAATCTGATC CGAAAAAAGA CGATCGTGTG 
AGTGGATTCG CTCCGGATGG ATGGCAAAGA AAAATGCTTG ACTCTGTTGA TCGTGGCAAC 
TCGGCTCTGA TCATTGCTCC AACCTCTGCT GGTAAGACAT TCGTTTCATA CTACTGTATC 
GAGAAGATCC TCCGTGCTAG TGACAACGAT GTCGTCGTTT ATGTGGCACC ATCGAAAGCG 
CTCATCAATC AGGTGTGTGG ATCCGTCTAC GCTCGTTTCC GTAATAAGTC AATGAGGCGG 
GGATTATCAC TCTTCGGTAC ACTTACTCAA GAGTACTCGC AGAACGCCAT GCAATGCCAA 
GTGCTCGTCA CTGTTCCAGA GTGCCTCCAG GAACTCATGC TTTCAAGAAC TCCAGCCGTA 
CAAAAGTTTG TGTCTCATAT CAAATACGTC GTGTTTGACG AAGTTCATTC TATTGGAGCT 
TCCGAAGAAT CGCACATCTG GGAACAACTT CTGCTCCTCA TCCAATGTCC ATTCCTCGCG 
TTGTCAGCTA CTATCGGAAA TGCCAATAAA TTGCACGAAT GGCTCGATTC AAGTGAACAG 
GCGAAGACAT CTGGAAAGCG AAAGGTCGAG CTTATCAACT ATGGAGAAAG ATATTCCGAG 
TTGGAGTTGT CGATTCTCAA CATTAACGAT CCACACGGAG AAGATGACGG TATTGCGCAC 
AAGAAAGCAG GAGAAAATGC CGTGATCCCA TTGATGCCAT ACGGAGTGTA CATGCCAGAG 
AAGCTTCGAA TGTTCTCCAT TCCAGAAGAT CAGCAGTTGA CAGCCAGACA AATTCTTCAC 
CTCTACAACA TGATGGCGGA GGTTGATGCT GCTTCCAAGA AAGAGTTCGA GCCATGCAAG 
TTCTTCGGCC AACATGGAAC GAAAGCAGTT TGGATTTCAA GATCAGAGCT TAGAAGACTG 
GAAAATGCGC TCAAGGAACG CTTCATGGAG TGGCTGAGCA CTGATGAACA GAAGATCAAC 
TCTATTCTGA AGATTCTCAA GGAGCCAGTC AACACTCAGC TCACCTACAG AGCTCGTCCG 
TTCAACAAGA AGAAAGTAGC TAATGACTAC ATCGTGACAC TTGTCGACAA TTTGAAGGAG 
AAAGGAGAAC TTCCAGCGAT TTGCTTCAAC GACGATCGTT ACGTCTGCGA GAAACTCGCC 
CAGACCTTAG CCGATGAGCT CCAGCGACGA GAGTTGGAGT ACATGGAGAC GGATGAGTTC 
AAGAACAAGT ACATGATCAA GGATGAGAAT AAGCTAGTGA AACTTGCCAA GAGAAAGAGA 
GATGATGCCG ATAAGAAAAA AAAGGGAGAC AAGGATGAGG ATGCTGGTCC AGAAAAGGAA 
GACGATGAGA TGGATGTGCT TGCTATGAAG AAGGCTAGAT TGGCGAGAGC TCTGGAAAGA 
TTCAAGCTTC GTGGAAGAAA CGGAGGAGAT CCAGATATAT ACGCCAAGAT GATAGAAAGA 
ATGGAGAAAA GTGGGAAGCA TCGTGAGAGC ACTCAAATAC TCTTCAAGCT CTTCGAACGT 
GGAATCGGTT TCCATCATGC TGGAATGAAT AATGTCGAAA GAGGAGCAGT CGAAGTGTTG 
TTCCGTTCTG GAAATCTCGC CATTCTGTTC TCTACCTCAA CACTTTCTCT CGGAGTAAAC 
ATGCCTTGTA AGACAGTCAT GTTCGGTGTG GATACTATTC AGCTCACACC GCTTCTCTAC 
CGTCAAATGT CTGGTCGTGC TGGACGTCGT GGTTTCGATC ATTCCGGAAA TGTCATCTTC 
ATGAGTGTGC CAACTAGTAA GATCCGTCGT CTTTTGACTG CTTCCCTTTC AAACCTTCAA 
GGAAATCCAC CATTCACCGT CATATTCCTT CTCCGCCTGT TTGCTTATGT CCATCAACAA 
GATATCATGA ATGAGGAAGG ACAGAAGGTG TCTACTATGA AGCAACGTGC TTTCGCGGCT 
AAGTCACTCC TCGAGCACTC CTTCAGTGTG CATACTCGTC GTGAAGCCAA AGATGGAGTT 
CTGCAGAAGC AACTTCGCAT GTTCTCCGCG TTCTCCTTCC AGCTGCTTCG TCATCTCCAG 
CTGCTCTCTC CGTTTGGAGA AGGAAAGAAC TTTGCCGAGC TTGCTATTCA CTCCCAGAAC 
GGATCATCCG GAACTCTTCT TTTCATTTAC CTTATGCAGA AGAAGTGCTT CCATCAGTTG 
CTGAAGAAGT GCGAAAGCGC GGATGAAGCT CAACTCATGA TGCTTGAAGT GCTTGCTAAC 
CTCTTCACCA ACGTCCGCAT GTCTCCATTC CATGAGAGAA ATGACAATCT GGAGAATGTT 
CATGTTAACC TCCGTGGCTT GCCATCGATT TTGGTTCCGT ATGTTGAGGA GTACAACAAG 
ACTGTTGGTG GTCTCTACAA GCGATTCATG GCTGCTTCTT CCAAGGATGG AAACCTTTTG 
GACCCAACAT TCACAGTGAG CGGAAAACTT GACAGCGAGA GTGTCTCCCT GACTGAGGAT 
TTCCTCGTTA CCCCACTCTT CGATCAGTAT TCGCACGATG AATCATTCCT CCCAGTGATT 
GATACCAACA AGAAGGATCA TCGTGGACGT AAGATTCAAC GCAACGCCTA CGCCTACGAT 
TTCTACGTTC ACGGATCTCG TCAACTCCTT CCCGAAGTCA ACGGTTTGCA TGTCAACGTT 
GCCTGGTTCT TGCTCCACGA CTTTGTGTCT ATACTCGAAC GTCTCGCTGT CGGAGTCCAC 
AACATGGCTC GCCCACAAGA TCCACTTGTC TTGATTCTTG AAGATCTGTC GAAGAATTAC 
GATGAGAAAT TCCGCAAAGC ATTCGGAATG CGTTCTCGCG ATTAA

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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CBG09045 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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