| Gene Symbol | Cre-csk-1 |
| Entrez Gene ID | 9821247 |
| Full Name | CRE-CSK-1 protein |
| Gene Type | protein-coding |
| Organism | Caenorhabditis remanei |
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Cre-csk-1 cDNA ORF clone, Caenorhabditis remanei
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Gene
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Clones
gRNAs
The following Cre-csk-1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Cre-csk-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.
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Reference Sequences (Refseq)
CloneID OCa21803 Clone ID Related Accession (Same CDS sequence) XM_003109320.1 Accession Version XM_003109320.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 4257bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector 
User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1286812800000 Organism Caenorhabditis remanei Product CRE-CSK-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 (NW_003319684). COMPLETENESS: incomplete on both ends.
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201ATGCTACCAA ATCATCGAAG TCGTTCGCAT CATCGTAATT TTCGAAAAAA TAATAATAAT
ATTCACTCAC TTCTGAAAAA TTCTATCGAA AAGCGCTCGC ACTCTTTGGG CGGAAGCAGC
ACCAGTCCGA CAAGCTCTTT TTCGTCCACT GACGAATTCG AAGACAACAA AAACAAAAGA
CATGTATCGA ACGCTGACAT TGAACGAATA ATCAACGATT TTATTGCGAA TGGTATTTTA
AACATGAGCG GAAACGTCAA CGGTAACGGC TACAATCACA ATCACTTCCC AACGGGAATT
CCCATCTCGA GCTCATCGAA TTCCATTCAA TCGCAGTCTC GAATGAATAA TTTGAATGCG
AATCGAGATT TATTGTCACC CGGGAATGAC GTTATTGTCA CGAGGACGAC GTCTCCATCG
TTTTATGCAC CTGGAGTCCG AGATAATGTA TTTCGAAAAG ATGAACATGT GAGGATAATT
GGTCCGACGA CGGATTCGGC GTGGTATAGA GCACGGAATG CGAATGGTGA GGAGGGATTG
GTTCATGCGG ATTGTGTTGT TAGAATCAAC AGTCAATCGT ACGATAACGG AATTGTCCGG
ATGCGAGCGA GTGGTTGTGA TATTGGAGCA GCTGCGTCGA CAGCTTCGAG CACGTCTTCT
CATCATTCGA TAGTTGCAAA TAATCAACCA TGGTTTCATT CGAATATCAG CAGAGAGCAC
GCTGAAAAAC TGCTACGTGG CAAACCCGAT GGCACATTTC TGGTGCGTGA ATCCACCAAC
TTCCCTGGCG ACTACACACT ATGCATGGCG TATCACGGGA AGGTTGAGCA CTATCGTACT
TATCAAATGT CCGGCGGACA GCTGACGTGC GACAAGGAAG AGTATTTCTT GAATTTGACA
CAGTTGGTTT CGCACTACAA ACGAGACGCA GACGGTCTGT GTCATCGACT AGTCACTCCA
ATCATTTGTG AAACTGCGAC ATTCTCTTCC AATGGATCGT CTTCTTATGG ATCCTCATCG
ACAGTTGATT TAGAGGATAG AACATCAGTA TTCAGACATG CTGGACTGGT GATTCCTTCG
AATGATATTG ATGTTGGAGA CACAATTGGA CACGGAGAGT TTGGAGATGT ACGATTGGGA
ACGTATAAAG GAAGGAAAGT TGCATTGAAA GTATCGAAAC GACATGGAAA TGGAATGTTG
GATTCACTGT TAGATGAGGC CAAGTTCATG GTAGGCTTAT CCCATCCGAA TCTGGTAACA
CTTGTTGGTG TGGTGCTGGA CGATGTGAAT GTCTATATGA TAACTGAATA TATGGCAAAT
GGAAATCTGA TAGATTTGTT GAGATCTCGA GGAAGGCATG CGTTGGAAAG GAGGCAGTTG
ATGATGTTTG CTATTGACAT TTGCCAAGGA ATGTGTTATC TCGAATCAAA ACAAATCGTC
CATCGTGATC TGGCCGCTCG AAACGTGCTG CTCGATGAGG ATTTAGTGGC GAAAGTTTCG
GATTTCGGGT TGGCGAAGAA AGCGAACAGT CAGTCACATG ACTCGGCGTC AGGAAAATTC
CCAATCAAAT GGACGGCTCC GGAAGCGTTA AGGCATAGTC AATTCACCAC AAAATCCGAC
GTCTGGTCAT TCGGTATTCT TCTCTGGGAA ATTTTCTCGT TTGGACGGGT ACCGTATCCT
CGAATCCCAA TCCAAGACGT TGTGAGGTAT ATCGAGAAGG GATATCGAAT GGAGGCGCCC
GAAGGATGTC CGCCTGAAGT TTTCCGAGTT ATGAATGAGA CATGGGCTTT GCAAGCACAA
GATAGGCCTT CGTTTGGACA GCCTCACGTA GCCGCCACAA ACCAAATTCC AGTGGCGTCA
ACGTCAGAAT GCGGCGCCGT CGAAAAAAAT ACGATTGAAT TGTTAATGAA CGAAATCGTG
AGTTCCTCGT GCGATGACGT GTCTTTCTCA ATGCAATTCG GTGAATCAGA ACAGGGACAA
GTGATATGTA CAAAGGTTCG ACTCAGATTT ATTCCGATTG TTTCGAGAGA GCGAGATGTC
CCTCAACGAT CCAAGTTTTT CGACGATTTC TATGATGTTC CTCTTACTGC GATCGCTAAA
ATTGAAGTGG CGATGGTGAA AGGAAGCAAC AAGGGGAAAC CGGATAAATT CCACCGAATA
GAGTACAATT TGTCAAGTAT GGAAACGGTA TCGGTGATTC GATTAATACT AAAAGATATG
AGAGTTGTGA CTATCGATTT ACGGCGATCT CAAAATGGAA CTCATCTCGC AAATCAGATT
TTATTCTTCT CCAAAAGTGG ACCCATCGAG AAGATGACTC AAGTTGGAGC CGCGATGGAA
GACCGGGGAC AGAAGGCGAA AATCCCCTAC AACGGCTACG ACGCGTGGCA CGCTGAACTC
CAAAGATGCC AACAGAAAAC AGATTCTTCG TCGAATTGGA ATATTCTGGC ACTTCATAAG
GAAGGATTCA ATTATGCGGC TCAAGGATAT CCAATGTACG TGGTGGTCTC CAATTTCTTG
GCTCGAAATG ACATCGAACG ACAACTTCAA CACTACAAAC AAGGCCGATT TCCGATTTGG
GTTTGGTCTA GAGCAAATGG AAATTCGTCG CTTTTTATTT CGGCGGATCA TGAGAATAAT
GTGGCGACGC CTGAAATTTC GGCAAAAGTA CAAGAAAGCA TTTCGAGGTG TCATTTAGAG
AAAGAGAAAC CGCATATTAT CAAATTGGAC TCGGAATTTG TGTCGAATGT TGGGAAGGCT
TTTGATAATC TGCTGAATTT GTGTGCGATT GACTCCTACG AGCAATACGT GTCAAGACAG
AGCAATTGGA ATACAAAAGT CCACCGAACC GGATGGTTAC ATCTCGTCAA ATCGTGTCTT
CAAATCACTT ATGAGACGGT TCGATGGGTT GTCGATAGGG ATCGATCGGT GATTTTGCAA
GAAGAAGAAG GAAAAGATCT CTCGATCGTC GTTGCGTCTC TCACTCAAAT TTGTTGTGAT
CCATTCTACA GAACCACTAC AGGTCTCCAG CAACTCATCG AAAAGATGTG GATCGCTCTC
GGTCATCCAT TTGGCGAACG ACTTCTCGGA AGAGACGACG ACTCATCTCG ACGTGGAAAA
GCACAGACGA AGACGCCGTC TTCGAAGACA GATGTGATGC CGACGTGGCT TCTTTTCTTG
GATTGTATTG CACAATTACA CAGAATTTAT ACATTTGAAT TCACCTTCTC CCCTCACGTT
CTGATTTCCC TTTGGGATCT CTCACTGACC GGAATGGTTC CATCGATGAC ATGTAACAAT
TTGGAAGAGC AACTCGTTGC AAGAGTAGGT GGAGGACCAT TCCCACTGGA TCGATATTAT
GAGAAGAGTT ATTCGAAAAT GTTCGGAAAT ATCTGGCATG ATTCGGTTCT TTTCATGGAA
TCTATTAAGA AAAGTATGGG GTTTTCGGAG GGAAAACTCT CTAAATCTCT TTCATTTCCA
GACCAACCAG TGTCGCCTCA CTCGAAATTT CTTCAATGTG AATTCATTCG ACCGCCGACT
GCATTCTGTG ATATCCACCT GTGGTCAGAG TGTTATCTTC GATGGATTCT CCCAGCGAAC
GGACGGAATT CAGGAAAACT GTCGGATGAG TTGGCACTCG ATGAGAAAAT GATTGAGTTG
GCGAAGAAAT GGAAAAGTTC GGAATGGAGG AGACATGTCG AGTTGCCAGA CGAATACTCA
TCTGCTTATC CCTACTCGAT TCCTGAGATT TCGAGACCGA TTATTGATTT GAATGATTCG
GAAATCAACG GAAGAAATGA TGATTTCGAT TCGATATCGT TCAATTCGAC GTTCAACTCG
ATGTCATTCG CGAATACGCC CGTTCATAAC AACACCACAA CTGAATCAAT ATTCGACCAA
TCGACACTCG AAAAACGAAA TAGAAGAATA GCCGCCACCA TTGGATCAGA ATCTCCAGTT
ATCTCAATGC GACCAAAAGA ACAAATCGTC GGATTCTCGA AATATGCATT CGATGAGACA
CGCCCACATT CCAGAACTAT TGAGACGCCG ATTTTAGAGA ATTCCTCCAC CACTTTCGAA
ACTCCGTACC GCCCGACACC TGCTCGTCGA AGTAACACTG TCCGCGGAGA CGATCGACCC
ATTCCACCGC CTCGTCCAGT CGGATTGACT CCAATACGAC CGGAAGCGAT TCTTCGTGTC
CATATAGACC GTCATAGTGA TGATACCAGT CCGACGTCTC GTGTTACTCG ATTTTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_003109368.1 CDS 1..4257 Translation 
Target ORF information:
RefSeq Version XM_003109320.1 Organism Caenorhabditis remanei Definition Caenorhabditis remanei CRE-CSK-1 protein (Cre-csk-1) mRNA, complete cds. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_003109320.1
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201ATGCTACCAA ATCATCGAAG TCGTTCGCAT CATCGTAATT TTCGAAAAAA TAATAATAAT
ATTCACTCAC TTCTGAAAAA TTCTATCGAA AAGCGCTCGC ACTCTTTGGG CGGAAGCAGC
ACCAGTCCGA CAAGCTCTTT TTCGTCCACT GACGAATTCG AAGACAACAA AAACAAAAGA
CATGTATCGA ACGCTGACAT TGAACGAATA ATCAACGATT TTATTGCGAA TGGTATTTTA
AACATGAGCG GAAACGTCAA CGGTAACGGC TACAATCACA ATCACTTCCC AACGGGAATT
CCCATCTCGA GCTCATCGAA TTCCATTCAA TCGCAGTCTC GAATGAATAA TTTGAATGCG
AATCGAGATT TATTGTCACC CGGGAATGAC GTTATTGTCA CGAGGACGAC GTCTCCATCG
TTTTATGCAC CTGGAGTCCG AGATAATGTA TTTCGAAAAG ATGAACATGT GAGGATAATT
GGTCCGACGA CGGATTCGGC GTGGTATAGA GCACGGAATG CGAATGGTGA GGAGGGATTG
GTTCATGCGG ATTGTGTTGT TAGAATCAAC AGTCAATCGT ACGATAACGG AATTGTCCGG
ATGCGAGCGA GTGGTTGTGA TATTGGAGCA GCTGCGTCGA CAGCTTCGAG CACGTCTTCT
CATCATTCGA TAGTTGCAAA TAATCAACCA TGGTTTCATT CGAATATCAG CAGAGAGCAC
GCTGAAAAAC TGCTACGTGG CAAACCCGAT GGCACATTTC TGGTGCGTGA ATCCACCAAC
TTCCCTGGCG ACTACACACT ATGCATGGCG TATCACGGGA AGGTTGAGCA CTATCGTACT
TATCAAATGT CCGGCGGACA GCTGACGTGC GACAAGGAAG AGTATTTCTT GAATTTGACA
CAGTTGGTTT CGCACTACAA ACGAGACGCA GACGGTCTGT GTCATCGACT AGTCACTCCA
ATCATTTGTG AAACTGCGAC ATTCTCTTCC AATGGATCGT CTTCTTATGG ATCCTCATCG
ACAGTTGATT TAGAGGATAG AACATCAGTA TTCAGACATG CTGGACTGGT GATTCCTTCG
AATGATATTG ATGTTGGAGA CACAATTGGA CACGGAGAGT TTGGAGATGT ACGATTGGGA
ACGTATAAAG GAAGGAAAGT TGCATTGAAA GTATCGAAAC GACATGGAAA TGGAATGTTG
GATTCACTGT TAGATGAGGC CAAGTTCATG GTAGGCTTAT CCCATCCGAA TCTGGTAACA
CTTGTTGGTG TGGTGCTGGA CGATGTGAAT GTCTATATGA TAACTGAATA TATGGCAAAT
GGAAATCTGA TAGATTTGTT GAGATCTCGA GGAAGGCATG CGTTGGAAAG GAGGCAGTTG
ATGATGTTTG CTATTGACAT TTGCCAAGGA ATGTGTTATC TCGAATCAAA ACAAATCGTC
CATCGTGATC TGGCCGCTCG AAACGTGCTG CTCGATGAGG ATTTAGTGGC GAAAGTTTCG
GATTTCGGGT TGGCGAAGAA AGCGAACAGT CAGTCACATG ACTCGGCGTC AGGAAAATTC
CCAATCAAAT GGACGGCTCC GGAAGCGTTA AGGCATAGTC AATTCACCAC AAAATCCGAC
GTCTGGTCAT TCGGTATTCT TCTCTGGGAA ATTTTCTCGT TTGGACGGGT ACCGTATCCT
CGAATCCCAA TCCAAGACGT TGTGAGGTAT ATCGAGAAGG GATATCGAAT GGAGGCGCCC
GAAGGATGTC CGCCTGAAGT TTTCCGAGTT ATGAATGAGA CATGGGCTTT GCAAGCACAA
GATAGGCCTT CGTTTGGACA GCCTCACGTA GCCGCCACAA ACCAAATTCC AGTGGCGTCA
ACGTCAGAAT GCGGCGCCGT CGAAAAAAAT ACGATTGAAT TGTTAATGAA CGAAATCGTG
AGTTCCTCGT GCGATGACGT GTCTTTCTCA ATGCAATTCG GTGAATCAGA ACAGGGACAA
GTGATATGTA CAAAGGTTCG ACTCAGATTT ATTCCGATTG TTTCGAGAGA GCGAGATGTC
CCTCAACGAT CCAAGTTTTT CGACGATTTC TATGATGTTC CTCTTACTGC GATCGCTAAA
ATTGAAGTGG CGATGGTGAA AGGAAGCAAC AAGGGGAAAC CGGATAAATT CCACCGAATA
GAGTACAATT TGTCAAGTAT GGAAACGGTA TCGGTGATTC GATTAATACT AAAAGATATG
AGAGTTGTGA CTATCGATTT ACGGCGATCT CAAAATGGAA CTCATCTCGC AAATCAGATT
TTATTCTTCT CCAAAAGTGG ACCCATCGAG AAGATGACTC AAGTTGGAGC CGCGATGGAA
GACCGGGGAC AGAAGGCGAA AATCCCCTAC AACGGCTACG ACGCGTGGCA CGCTGAACTC
CAAAGATGCC AACAGAAAAC AGATTCTTCG TCGAATTGGA ATATTCTGGC ACTTCATAAG
GAAGGATTCA ATTATGCGGC TCAAGGATAT CCAATGTACG TGGTGGTCTC CAATTTCTTG
GCTCGAAATG ACATCGAACG ACAACTTCAA CACTACAAAC AAGGCCGATT TCCGATTTGG
GTTTGGTCTA GAGCAAATGG AAATTCGTCG CTTTTTATTT CGGCGGATCA TGAGAATAAT
GTGGCGACGC CTGAAATTTC GGCAAAAGTA CAAGAAAGCA TTTCGAGGTG TCATTTAGAG
AAAGAGAAAC CGCATATTAT CAAATTGGAC TCGGAATTTG TGTCGAATGT TGGGAAGGCT
TTTGATAATC TGCTGAATTT GTGTGCGATT GACTCCTACG AGCAATACGT GTCAAGACAG
AGCAATTGGA ATACAAAAGT CCACCGAACC GGATGGTTAC ATCTCGTCAA ATCGTGTCTT
CAAATCACTT ATGAGACGGT TCGATGGGTT GTCGATAGGG ATCGATCGGT GATTTTGCAA
GAAGAAGAAG GAAAAGATCT CTCGATCGTC GTTGCGTCTC TCACTCAAAT TTGTTGTGAT
CCATTCTACA GAACCACTAC AGGTCTCCAG CAACTCATCG AAAAGATGTG GATCGCTCTC
GGTCATCCAT TTGGCGAACG ACTTCTCGGA AGAGACGACG ACTCATCTCG ACGTGGAAAA
GCACAGACGA AGACGCCGTC TTCGAAGACA GATGTGATGC CGACGTGGCT TCTTTTCTTG
GATTGTATTG CACAATTACA CAGAATTTAT ACATTTGAAT TCACCTTCTC CCCTCACGTT
CTGATTTCCC TTTGGGATCT CTCACTGACC GGAATGGTTC CATCGATGAC ATGTAACAAT
TTGGAAGAGC AACTCGTTGC AAGAGTAGGT GGAGGACCAT TCCCACTGGA TCGATATTAT
GAGAAGAGTT ATTCGAAAAT GTTCGGAAAT ATCTGGCATG ATTCGGTTCT TTTCATGGAA
TCTATTAAGA AAAGTATGGG GTTTTCGGAG GGAAAACTCT CTAAATCTCT TTCATTTCCA
GACCAACCAG TGTCGCCTCA CTCGAAATTT CTTCAATGTG AATTCATTCG ACCGCCGACT
GCATTCTGTG ATATCCACCT GTGGTCAGAG TGTTATCTTC GATGGATTCT CCCAGCGAAC
GGACGGAATT CAGGAAAACT GTCGGATGAG TTGGCACTCG ATGAGAAAAT GATTGAGTTG
GCGAAGAAAT GGAAAAGTTC GGAATGGAGG AGACATGTCG AGTTGCCAGA CGAATACTCA
TCTGCTTATC CCTACTCGAT TCCTGAGATT TCGAGACCGA TTATTGATTT GAATGATTCG
GAAATCAACG GAAGAAATGA TGATTTCGAT TCGATATCGT TCAATTCGAC GTTCAACTCG
ATGTCATTCG CGAATACGCC CGTTCATAAC AACACCACAA CTGAATCAAT ATTCGACCAA
TCGACACTCG AAAAACGAAA TAGAAGAATA GCCGCCACCA TTGGATCAGA ATCTCCAGTT
ATCTCAATGC GACCAAAAGA ACAAATCGTC GGATTCTCGA AATATGCATT CGATGAGACA
CGCCCACATT CCAGAACTAT TGAGACGCCG ATTTTAGAGA ATTCCTCCAC CACTTTCGAA
ACTCCGTACC GCCCGACACC TGCTCGTCGA AGTAACACTG TCCGCGGAGA CGATCGACCC
ATTCCACCGC CTCGTCCAGT CGGATTGACT CCAATACGAC CGGAAGCGAT TCTTCGTGTC
CATATAGACC GTCATAGTGA TGATACCAGT CCGACGTCTC GTGTTACTCG ATTTTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
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