Cre-tag-218 cDNA ORF clone, Caenorhabditis remanei

Gene
Clones
gRNAs

Summary

Gene Symbol	Cre-tag-218
Entrez Gene ID	9800258
Full Name	CRE-TAG-218 protein
Gene Type	protein-coding
Organism	Caenorhabditis remanei

mRNA and Protein(s)

mRNA	Protein	Name
XM_003101496.1	XP_003101544.1	CRE-TAG-218 protein

Pathways from BioSystems
Gene Ontology

The following Cre-tag-218 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Cre-tag-218 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
OCa14029	XM_003101496.1 Latest version!	Caenorhabditis remanei CRE-TAG-218 protein (Cre-tag-218) mRNA, complete cds.	pcDNA3.1-C-(k)DYK or customized vector	20	$629.30 $899.00

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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)

Cre-tag-218 ( XM_003101496.1 ) cDNA ORF clone, Caenorhabditis remanei -> XP_003101544.1 Caenorhabditis remanei CRE-TAG-218 protein (Cre-tag-218) mRNA, complete cds.

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CloneID	OCa14029
Clone ID Related Accession (Same CDS sequence)	XM_003101496.1
Accession Version	XM_003101496.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3345bp) 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	2010-10-12
Organism	Caenorhabditis remanei
Product	CRE-TAG-218 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_003319641). COMPLETENESS: incomplete on both ends.

ATGCGATTGC CGAATGTTAA GGAGCTTGCC AAGAGATTCG AGACTGGAGC CCGAATCGAG 
CACAAACCGG TGACCGCAAA ACGGATTGGC AAGTTCCGAG TGGTTGAAAA CATTCAACAG 
CCGTGTACCT CCTCCTCCTC CTCCCCATCC TGCCGAGTAA TTCGTGGCAG CGCTATTCCG 
CGACGTAAAA GTTCGTTGAA ACGACGAACG CGGAGCAATA GTGAGTTGGC AGCAGCAGTG 
CTCGTCGTCA CATCTTCTGA CTTTCGGAAG AGCAAATCGA CGGACGACTT CTCGCCCCCT 
GGAGGAGGAG CCACGACATC TGTTTCTCAA GAGGCTCCGC CCAGTGATAA TAAGTATACA 
GAGAGTGCGG AATCATTGCC AAGGCCTGCT CCTAGGTTAC GCCTCCAAAC AACAAGCATG 
ATTGTTGAAT CCACAAAGAA GGACACCATC CCAGTCTACG AGGAGCGTTG TCGGGTCTCC 
CTAACCATTC CGAGTCAGGA ACCGTCCTCC TCCTCAGCGG TATCCCCTCC GCCACCACTA 
CCCAGTGCGC CACCGTCCAG GGAACGTATC AAACGGATAC CGTCCTATTT GAAGCCGACA 
CCAGCGCCAA GGTCAAGTAC GCTACCGAGA CAGCGGCCGC CACCACCGCC GACTGCTCCA 
CCGGTTAACT TCAGAAGCTC CACGCTGAAT TCTAATTCTG GAGCCCTGCC TAGAATCCCC 
AACATCCCGG TGCCAGATGT TCCGTCGTCT GCAGCAGCTA CAGTACCTAC AGTAACCGAC 
GACGACGACT GCTACGAAGA AATTATGCTG GTCACATCCC AAGAATGTAT CCCTACTCAT 
ATCAAGTTCA ATTCGGAATA CTCTTACGAG TCGACTGACT TCACACGCTC GAGATCCGTT 
TGCTACAGTA CCCCGAAGGT CACAGTTACA TCTGCCACGA TGCAACGGGC AGCCCGAAAA 
AGCTCGAACG AGGATGAGGC TCGATGGGAT GTTGGGAGGA AAGTTGTTTC AGGGTTTAAG 
AGACGAGTTG CAGTTGAATT TGTCGAAGGA AGGGTTGGCC AATTACGACA AAAAGTGGGC 
GACAAACAAG CGAAACGACG ATCTAAGTGC CACGTTAGTG TCGACTTGCT CGACACGGAT 
TTTAGTGCTA CGATGTCCAA ATCGTCTTGC GTTGACAAAC CGTTCCAGGA TGACGACCAT 
ATTTATGGGG ATGATTGGAG CAGTGATGAT GATGATGTTT ATCATGATGA CCGTCGCTCT 
TCAATGTACC GACAACTAGA GGAGCAACTC AACAAAGCTT TTCCCGATTA CGCGTCGAGA 
TCTCAACTTT CATCTGACTA CGAATCCGCC GACATCCTTC TCTCCGACCC CCCATTGATT 
CCCCAACGTC CCATCTCCTC GACAATCATG CCGGACACTG AAAAGTACGT GGCTCGTCCC 
GCGGTCAGTC ACCTGCCATT AGATGACTCA TGGTCTCCAT CCTCCACCGG GGATGAGCCA 
TCGCCCGCAG AAGAGGAATA CAAGAGACAG TACACGTGTC GAATGGTTCC CAACGAGCAG 
CCGTTGTATC AACATTATAT GATGGAGGCT GTAGTGGTTG CAAATGAAAA TGAAGAGAAA 
GTTGTGATGG AGGAGATTAA GGAGGAGCCA GTGGAGATGC CAATTATTCC AGAGGTCGTC 
GCGTTGAAAC CAGCGACCCG CCGCGAGTCG TCCATCTCCT CGGACTCTGG CCGTGGCGCC 
GACTGCTCTA CGACCTCCGC TTCCGCCCTC ACATCCAACA CATCCATGAG ACGTGACCGT 
CTCGTCGGTA CATCAAACTT CGGCTCGCAA CGAAGTCTCT GGTGTGAGCT ACCGGAAGTC 
CGTGCCGCCG GACTACTCGA GAAGCTAGAC GACGCGTGTA AACTGAGACA GGAGGCCTAC 
TTCGAGGTGA TCACGTCGGA AGCGAGTTAT CTGAGATCAC TGAATGTTCT GATCACTCAT 
TTCATGGCGA GCCCGCAGAT GTTGGGCTCC AAGTCGACGC TGTCGGTGTT GTCGGATTCC 
GATAGGAAGC ATCTGTTCAG TAATATATTC GCTGTGAGGG ATTGTTCCGA GAGACTCCTC 
TGCGACCTTG AAACCCGTCT AGAAGAGAAT CTGATCCTCG ACGACATCTG CGACATCCTC 
TCGGAGCATT TCGAGAAATA CTTCGAGGTC TACATCAAAT ACTGCTCCAA TCAAGTCTAC 
CAAGACCGCA CATTGCGTCG TCTGAAATCC GACAACGCCG GTTTCCTGTC AGCAGTGCAG 
CGATTAGAGG AGAATAAGCA ATGCCAGGGA CTAGACATGA GAAGTTTTTT GATGCTTCCA 
ATGCAACGAA TCACCCGGTA CCCTCTCTTA CTGTATGCAA TCCTGGATAG AATCCCGACT 
AGTGATGAGA GATATAAGAC TGCCACCGAC GCACTAACAT CTTCTAATCG GGTGGTAAGG 
GATTGCAACG AGGGCGCCAG AAGGATGGAA AGGACCGAAC AGTTGCTAGA TATAGATCGC 
CGATTAATCT ACAAAGACGC GGATCTCAAG AGGATCCCCC TGGTGTCTAA TAGCAGGTAC 
CTGGTCAAAA AAGGAGTACT GACACAACTA GTGGAGCGGA GATCCTCAAA CATCCTGCAA 
AGTCGGCAGA AAGCACGGAC CCTTCATGTT TTCCTGTTCT CCGATATGAT AATGATAACG 
AAGAAGAAGT TAAACGGAAC ATTTGTCTGT AAAGACTACG CCTCGAGAAG ATTCGTTGAT 
ATGCAACCGA TTGAGCCGGA TAACCCGAAA ATTCCTATTG GAGCTATTAG TAACCTGGTC 
GGACGGCCCC ATTTGTTCTT GTGTACCCTT ATGAGGAATG CAAGAGAGAA GCAGACAGAA 
TTGTTGCTAT CCGCGGATAG TGAAACGGAT CGGGAGCGAT GGTTGAGTGC AGTCAGACCT 
CCTACATCTA CTAACCCGGA AGAGCGGATC TACGCCGAGT GGGATTGCCC GCAGGCGGTC 
GTCATGCATG CCTACCAGCC ATCTCAGGCC GATGAACTGC TTCTCAATGT TGGCGACTCG 
TTGAACATCC TAAGGAAGAT GCCAGATGGA TGGCTGTACG GAGAGCGAGC TGGCGACGGG 
ATGGGCGGAT GGTTTCCGTC ATCGTACGTC CAACCGATCA TCAACGATCA CACACGAGCG 
AATAACTATC GACAACGGCT ACGTATCATA CAGGCAGCGG CGGGTTGGCA CGGAAACGCT 
TCTCCTTCGA CAACTCGGAG TGGGGGGATG CCCCTGATGG ATCGTCTCCG CCGGATGTCC 
AATCCGAAGT CATATTTCAC TCAGTCTGGC ACTGTCGGAC TGTAA

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

RefSeq	XP_003101544.1
CDS	1..3345
Translation	MRLPNVKELAKRFETGARIEHKPVTAKRIGKFRVVENIQQPCTSSSSSPSCRVIRGSAIPRRKSSLKRRTRSNSELAAAVLVVTSSDFRKSKSTDDFSPPGGGATTSVSQEAPPSDNKYTESAESLPRPAPRLRLQTTSMIVESTKKDTIPVYEERCRVSLTIPSQEPSSSSAVSPPPPLPSAPPSRERIKRIPSYLKPTPAPRSSTLPRQRPPPPPTAPPVNFRSSTLNSNSGALPRIPNIPVPDVPSSAAATVPTVTDDDDCYEEIMLVTSQECIPTHIKFNSEYSYESTDFTRSRSVCYSTPKVTVTSATMQRAARKSSNEDEARWDVGRKVVSGFKRRVAVEFVEGRVGQLRQKVGDKQAKRRSKCHVSVDLLDTDFSATMSKSSCVDKPFQDDDHIYGDDWSSDDDDVYHDDRRSSMYRQLEEQLNKAFPDYASRSQLSSDYESADILLSDPPLIPQRPISSTIMPDTEKYVARPAVSHLPLDDSWSPSSTGDEPSPAEEEYKRQYTCRMVPNEQPLYQHYMMEAVVVANENEEKVVMEEIKEEPVEMPIIPEVVALKPATRRESSISSDSGRGADCSTTSASALTSNTSMRRDRLVGTSNFGSQRSLWCELPEVRAAGLLEKLDDACKLRQEAYFEVITSEASYLRSLNVLITHFMASPQMLGSKSTLSVLSDSDRKHLFSNIFAVRDCSERLLCDLETRLEENLILDDICDILSEHFEKYFEVYIKYCSNQVYQDRTLRRLKSDNAGFLSAVQRLEENKQCQGLDMRSFLMLPMQRITRYPLLLYAILDRIPTSDERYKTATDALTSSNRVVRDCNEGARRMERTEQLLDIDRRLIYKDADLKRIPLVSNSRYLVKKGVLTQLVERRSSNILQSRQKARTLHVFLFSDMIMITKKKLNGTFVCKDYASRRFVDMQPIEPDNPKIPIGAISNLVGRPHLFLCTLMRNAREKQTELLLSADSETDRERWLSAVRPPTSTNPEERIYAEWDCPQAVVMHAYQPSQADELLLNVGDSLNILRKMPDGWLYGERAGDGMGGWFPSSYVQPIINDHTRANNYRQRLRIIQAAAGWHGNASPSTTRSGGMPLMDRLRRMSNPKSYFTQSGTVGL

Target ORF information:

RefSeq Version	XM_003101496.1
Organism	Caenorhabditis remanei
Definition	Caenorhabditis remanei CRE-TAG-218 protein (Cre-tag-218) mRNA, complete cds.

Target ORF information:

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

XM_003101496.1

ORF Insert Sequence:

ATGCGATTGC CGAATGTTAA GGAGCTTGCC AAGAGATTCG AGACTGGAGC CCGAATCGAG 
CACAAACCGG TGACCGCAAA ACGGATTGGC AAGTTCCGAG TGGTTGAAAA CATTCAACAG 
CCGTGTACCT CCTCCTCCTC CTCCCCATCC TGCCGAGTAA TTCGTGGCAG CGCTATTCCG 
CGACGTAAAA GTTCGTTGAA ACGACGAACG CGGAGCAATA GTGAGTTGGC AGCAGCAGTG 
CTCGTCGTCA CATCTTCTGA CTTTCGGAAG AGCAAATCGA CGGACGACTT CTCGCCCCCT 
GGAGGAGGAG CCACGACATC TGTTTCTCAA GAGGCTCCGC CCAGTGATAA TAAGTATACA 
GAGAGTGCGG AATCATTGCC AAGGCCTGCT CCTAGGTTAC GCCTCCAAAC AACAAGCATG 
ATTGTTGAAT CCACAAAGAA GGACACCATC CCAGTCTACG AGGAGCGTTG TCGGGTCTCC 
CTAACCATTC CGAGTCAGGA ACCGTCCTCC TCCTCAGCGG TATCCCCTCC GCCACCACTA 
CCCAGTGCGC CACCGTCCAG GGAACGTATC AAACGGATAC CGTCCTATTT GAAGCCGACA 
CCAGCGCCAA GGTCAAGTAC GCTACCGAGA CAGCGGCCGC CACCACCGCC GACTGCTCCA 
CCGGTTAACT TCAGAAGCTC CACGCTGAAT TCTAATTCTG GAGCCCTGCC TAGAATCCCC 
AACATCCCGG TGCCAGATGT TCCGTCGTCT GCAGCAGCTA CAGTACCTAC AGTAACCGAC 
GACGACGACT GCTACGAAGA AATTATGCTG GTCACATCCC AAGAATGTAT CCCTACTCAT 
ATCAAGTTCA ATTCGGAATA CTCTTACGAG TCGACTGACT TCACACGCTC GAGATCCGTT 
TGCTACAGTA CCCCGAAGGT CACAGTTACA TCTGCCACGA TGCAACGGGC AGCCCGAAAA 
AGCTCGAACG AGGATGAGGC TCGATGGGAT GTTGGGAGGA AAGTTGTTTC AGGGTTTAAG 
AGACGAGTTG CAGTTGAATT TGTCGAAGGA AGGGTTGGCC AATTACGACA AAAAGTGGGC 
GACAAACAAG CGAAACGACG ATCTAAGTGC CACGTTAGTG TCGACTTGCT CGACACGGAT 
TTTAGTGCTA CGATGTCCAA ATCGTCTTGC GTTGACAAAC CGTTCCAGGA TGACGACCAT 
ATTTATGGGG ATGATTGGAG CAGTGATGAT GATGATGTTT ATCATGATGA CCGTCGCTCT 
TCAATGTACC GACAACTAGA GGAGCAACTC AACAAAGCTT TTCCCGATTA CGCGTCGAGA 
TCTCAACTTT CATCTGACTA CGAATCCGCC GACATCCTTC TCTCCGACCC CCCATTGATT 
CCCCAACGTC CCATCTCCTC GACAATCATG CCGGACACTG AAAAGTACGT GGCTCGTCCC 
GCGGTCAGTC ACCTGCCATT AGATGACTCA TGGTCTCCAT CCTCCACCGG GGATGAGCCA 
TCGCCCGCAG AAGAGGAATA CAAGAGACAG TACACGTGTC GAATGGTTCC CAACGAGCAG 
CCGTTGTATC AACATTATAT GATGGAGGCT GTAGTGGTTG CAAATGAAAA TGAAGAGAAA 
GTTGTGATGG AGGAGATTAA GGAGGAGCCA GTGGAGATGC CAATTATTCC AGAGGTCGTC 
GCGTTGAAAC CAGCGACCCG CCGCGAGTCG TCCATCTCCT CGGACTCTGG CCGTGGCGCC 
GACTGCTCTA CGACCTCCGC TTCCGCCCTC ACATCCAACA CATCCATGAG ACGTGACCGT 
CTCGTCGGTA CATCAAACTT CGGCTCGCAA CGAAGTCTCT GGTGTGAGCT ACCGGAAGTC 
CGTGCCGCCG GACTACTCGA GAAGCTAGAC GACGCGTGTA AACTGAGACA GGAGGCCTAC 
TTCGAGGTGA TCACGTCGGA AGCGAGTTAT CTGAGATCAC TGAATGTTCT GATCACTCAT 
TTCATGGCGA GCCCGCAGAT GTTGGGCTCC AAGTCGACGC TGTCGGTGTT GTCGGATTCC 
GATAGGAAGC ATCTGTTCAG TAATATATTC GCTGTGAGGG ATTGTTCCGA GAGACTCCTC 
TGCGACCTTG AAACCCGTCT AGAAGAGAAT CTGATCCTCG ACGACATCTG CGACATCCTC 
TCGGAGCATT TCGAGAAATA CTTCGAGGTC TACATCAAAT ACTGCTCCAA TCAAGTCTAC 
CAAGACCGCA CATTGCGTCG TCTGAAATCC GACAACGCCG GTTTCCTGTC AGCAGTGCAG 
CGATTAGAGG AGAATAAGCA ATGCCAGGGA CTAGACATGA GAAGTTTTTT GATGCTTCCA 
ATGCAACGAA TCACCCGGTA CCCTCTCTTA CTGTATGCAA TCCTGGATAG AATCCCGACT 
AGTGATGAGA GATATAAGAC TGCCACCGAC GCACTAACAT CTTCTAATCG GGTGGTAAGG 
GATTGCAACG AGGGCGCCAG AAGGATGGAA AGGACCGAAC AGTTGCTAGA TATAGATCGC 
CGATTAATCT ACAAAGACGC GGATCTCAAG AGGATCCCCC TGGTGTCTAA TAGCAGGTAC 
CTGGTCAAAA AAGGAGTACT GACACAACTA GTGGAGCGGA GATCCTCAAA CATCCTGCAA 
AGTCGGCAGA AAGCACGGAC CCTTCATGTT TTCCTGTTCT CCGATATGAT AATGATAACG 
AAGAAGAAGT TAAACGGAAC ATTTGTCTGT AAAGACTACG CCTCGAGAAG ATTCGTTGAT 
ATGCAACCGA TTGAGCCGGA TAACCCGAAA ATTCCTATTG GAGCTATTAG TAACCTGGTC 
GGACGGCCCC ATTTGTTCTT GTGTACCCTT ATGAGGAATG CAAGAGAGAA GCAGACAGAA 
TTGTTGCTAT CCGCGGATAG TGAAACGGAT CGGGAGCGAT GGTTGAGTGC AGTCAGACCT 
CCTACATCTA CTAACCCGGA AGAGCGGATC TACGCCGAGT GGGATTGCCC GCAGGCGGTC 
GTCATGCATG CCTACCAGCC ATCTCAGGCC GATGAACTGC TTCTCAATGT TGGCGACTCG 
TTGAACATCC TAAGGAAGAT GCCAGATGGA TGGCTGTACG GAGAGCGAGC TGGCGACGGG 
ATGGGCGGAT GGTTTCCGTC ATCGTACGTC CAACCGATCA TCAACGATCA CACACGAGCG 
AATAACTATC GACAACGGCT ACGTATCATA CAGGCAGCGG CGGGTTGGCA CGGAAACGCT 
TCTCCTTCGA CAACTCGGAG TGGGGGGATG CCCCTGATGG ATCGTCTCCG CCGGATGTCC 
AATCCGAAGT CATATTTCAC TCAGTCTGGC ACTGTCGGAC TGTAA