CRE_30538 cDNA ORF clone, Caenorhabditis remanei

Gene
Clones
gRNAs

Summary

Gene Symbol	CRE_30538
Entrez Gene ID	9810065
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Caenorhabditis remanei

mRNA and Protein(s)

mRNA	Protein	Name
XM_003090855.1	XP_003090903.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following CRE_30538 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CRE_30538 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
OCa03449	XM_003090855.1 Latest version!	Caenorhabditis remanei hypothetical protein (CRE_30538) mRNA, complete cds.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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_30538 ( XM_003090855.1 ) cDNA ORF clone, Caenorhabditis remanei -> XP_003090903.1 Caenorhabditis remanei hypothetical protein (CRE_30538) mRNA, complete cds.

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CloneID	OCa03449
Clone ID Related Accession (Same CDS sequence)	XM_003090855.1
Accession Version	XM_003090855.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8115bp) 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	hypothetical 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_003319252). COMPLETENESS: incomplete on both ends.

ATGACGTCGA GGCGTCCTGG TCTGAGCCAT TTCTTTGCAA GTTTGGATAC GGATTCGGCT 
CTATATGAGA GTAATTTGCT CCGACCGTAC GCAGGAGATC CAATGCATGC TGCCACGTTG 
CCAAGGAACT ACGGACTCCA CGACACATCT GCCACGTGGA ACGACCGAAT CCTCTACAAC 
AATATGGGAG CATCTACAGT AGGACGAGGA GGTCAAAATG GACACATTGT TCACGGTGGA 
AGAAATTTCT CCGCTATGAG TCGACAATTA ACTGCTGCTC AAAAAGAAGC CAAAAAAGAG 
AGACAAAGGA GAAATCGAGA AAGAGACAAA TCGGAGAATT TGGACAAAGA GAAAGAAGCC 
CAAAAAAGAC TTGATGATAT GTCTCAAGAA GAGATCCGTG AATACATGGC AACAAAACAG 
AGAGCTTGCC GGGAAAAGCA AACGTTTCTT TCAAGCTCTC AGCACAGTGT GACCGATCTT 
TCTTCAACCG GATGTTCGCA AAAACAGTCA AGTAAGCTAC AAAAAGATAT GACGGAAGCG 
GAGCTCCGAG AGTACAAAAA GGAGAACAAG AGAAAAAATC GACAGAAGGT GAAAGAAGCA 
ATCAGCTCTC AAGTAACTGA TGCTTCTTCT TTTTATTGTA TGGATTCACC GATGGAAATC 
AGTGAAATTA CTGAAGATCA AGGTGACCGA ATGTCCTTCT GTTCCGCCGC ATCTGATGTA 
TTAACCCATC CATCCGGCTT TTTCGCCCTC GAATCGAATC GAAAAAGAAG ACGTGGAACT 
AATGAGTCTG ATGGAGAATC ATCGTCACTC TCCAGTTGGC AGCCTGATCT GAATTCTCAA 
GGATCAGAGC AGTTTCAGCC AGTGAAGAGA AGTTATCCCA CAAGATCTAA AAGAGCATTG 
ATCACTTCTC CAGCACCCAG CTCTCCGAAT GGTTCACAAC ACTCAAATTC AATCGGAAAG 
ATGCTCAATA TTGCTAATTT GCCAGAACTT CCCGAGCGTG AGCACAGCTG CAAAGTCAGA 
ATAGGATTGG CAGATTTATT GCAACTTGAG ACTGATTGTA TTGTGATTCC GTTGAGAGGA 
GAAATGGATT ACGCAAATCG GGCGATGCTT TACAATCAAT TCAAACGGAA AATCTACACA 
GACTCAGACG AACGAGATGA GTATCAAGAA TTCATGGAAG AACAATGTGA AGGCTTGGAG 
AAAGGAGATA TTGCTGGACA CTGTTTCGAG AGACTTGGAA AGATCAAAAT GGCATTCCAC 
ATTGAAGAGC CAGTTGTTCT CAAAAACAAA TACACAGTTG TCATTGAAGC AACTCTTCGA 
TCGACTTACT TCAAATGTCT CTATCAAGCT GATTTGAACG GACACTCAAG CATTGCTTTC 
CCAATACTTG GTCATGATGT GCATCGCCCA AAAGCAGCTG CAATTGCCCT TCAATCAATC 
TATGCATATT TTCAAGTCGT CAGAGAGTCT AACTTGAAAC TTGTGTACTT AGTAACGAGT 
GATGTTGAAG AGTACGATGT AATTGGAGCG CATACGTGCT ACATTCGAGA AATCGATTTA 
TCAAAGTGGA GTCGTGATCA ATATTTCCAG TTTGAAACAA TGCTCTTCGA CAAGATCAAA 
AAACCAGTGA TTTACTCTAC GATTCCTGGA ACTGATATGG TTCTTCGAGG ATTCAAGAAA 
AAGTTTGAGA ACAGGAATGT CAAGGAGCAA AAAGAAAAAC TTCGACAAAT TCACGTTTCT 
ATGTGCGATA AGACTGGAGT GATTGCATCG CCGTTCGAAC TTTCTGACAT CGGCCCACGA 
CGTCTACCAC GTCAGTACAT AAAAGACGTA GATATTACCG TTCAAAATAT GCCTCAGCTG 
CCTATAAGTG AACTTTTTCC GATTGACAAT CTCTGCGGAT CGTTGGCGGT TCTTCGAAAG 
CTTTGGATAA TTTCTTTCCA TTACATGTAC TATGAAAATG AAATTCCAGG CTACTTCGAC 
TTCTCAGATG AGTCTGAAGA GACGAGAAAA CGGAAGGAAA TATTCAATAA GCTCAAGTTT 
TTGCATCGAG AAGTGCTGAC GCAGTGGGAT AGAACTATAA AGAATGTCCC TTTCAAATGC 
AAGTGCTTGA AACTCGGCGG CTATCACGAA AATTTCTTTG TATTCACTAC ACAACTGAGT 
CATCCGGATG TCGTATTTGA CAAGTGGATT TTATTCAAAA AACAACTGGT CATTGGTGAT 
AAGGATATAA TGAATTTGGA ACAACTGGAA TTGAATACAG TTCCAAAGCA ATCAATCGAT 
AATTGTAGAT CAAAAGTGAT TCTGATCCAA GAAGACTTAT CACAAGAATT GATGATCGAT 
AAAATTATTG ATTGGTTTAC GGATGTAAAG GAATATGCGT GGAAGCAAAC AAGAAACTTC 
CAATCAATTC TTGACAATTT GAGTATAAAT GACTGGAAAA CTGGATTGGA TGACGATTTT 
CAAGCATTCC ATGACATCGA AGTTTTTGAC GAATATCTGG ATAACGAATT CTTGATTGGG 
GACCCAGAAA AAAGTGTAAA TCGAAGCGAA ACAAGTGAAA ATCGGTCAAT GTCTCAAAGA 
CTGGAGCCAA TTGAAGAATC CGAATCCAAA GTTCGACAGT CTCTCCGAGA ATCTGCTTCA 
AAACGATATC AACGTCACAT TGAGAATGAG GAGATATTGG AAAGATCCAT CAGAAACCGA 
ATGTACCGAA AGTATGAAGT TTCGATGAAT CCGAACATAT CTGATTTATG GGAAACTGAG 
AATTCAGGAT TCCGCCATGT AGACCAATTT CTCGGGGCAA AGCTGGAATT TTTCGGTCTC 
AGACAAATGG AAATACCAGA TGACGTGACA ACCGTATATG GCGAAGAATA CTCTACTCCG 
TCAGAATATC CAATGGGAGT GGATATTGGA GACAGAACAG AAAAGTGTTA TTTCTGTGGA 
GCTCTATCGT TTCCAGCTGA ACGACTGAAG TCTTGCTGTA AAAATGGCGC TGTCTGGATC 
CCTCCTTTGA AGTTGCTTCC AGCCGAGATA CAACAAATAT TTCAAGAGAA ATACCGAAAA 
TGTCTCATCT CTGCCAACGC TGCTTTTTCA ATGGCAAGTA TCAATTTCAC ACGTCAAGAA 
CAAAAACCTC ATGGTGTTCA GTCGTTGAAA ATTCGTGGAG TTGTCAGCTT CCTTCCTTCA 
GCAATACATC CGCATGACAC TTCAAGGCCA AGATATGCAA ATTTCATTGT TCTTGAACAT 
GGAAATGAAG AAATTGCGTC AATGAGGTTT GACACTTTGA GAGTGAAAAA TGTCAGTCTG 
AAGAAGATAT TCGAGGACGT CCAGAAATAT CTTGATGAAA ACAACGCTCT TTACCAATGC 
TATAAAAATA TGGCAGAAAT GGAAAAAGAG ATGCTCATTG AGAGAGGATT GGATCAAAAC 
GAATCTAGCA ATGAAAACAT TCGGTTCAAG CTGATATCTC CACACGAGTT GGATCGTCAA 
GACGTTTTAG CTGCACATCA CAAAGTGTAT GGAAGAGAGA AGCAGATTGG GAAAGACTTC 
CTTTCTGTGG CATTTAGTCT GAATCCAGAA GATTCAACAA TTCTGCCCAG AGGACTAACA 
ATATATCCCA AGAATCCATC CAATCGAAAT CCTCAAGAAT CAATCTCCAT ATTCTCGGAT 
CTCTGCGATG CTCTCAGTTA TCCTCTATTG TTTCCAGATG GAAGAGGAGC ATACGCACTT 
CATAAATATC GACGATGGGC AGCTAAAACA CCGAAACCTT CGTATGAAGA CCGAATCAGA 
AGTGACATCA AAGAAATGAG AAAGAATGGA GAAGATCCAG CTGAATACTA TATATTGGAT 
CCAGGATTTG AGGAAATGTC TGAAAATCAA GAGGCAGAAG AAAAGACAAA AAGTGGAGAT 
GTTTCAATGG AACAAACTCC AGAACTTTTG CATCAAAGAG ATGAATTTTC AGAAGAGGAA 
GAGTCGGAAG AAGAAGAGGA AGATCCGACA AACCTCAACA ACGAGCAAAT TCTTCAATAC 
GGAATTCTGG AAGACGAGCA AGACGCACCT CTTGATTCAT GCATTGGCCA ACAAACAAAT 
GTCACCATGG TCGAGCGAAA CGGAGAAATG TATGCGATGG TGGATAGGAC AAATGCCACT 
GTTGATATTC CATACGTTTC CGGCAACCCA TTCGGTTCAG ACGACAGTGG AGAGCTATCA 
GAAGAAGAAC CGCCGTACAA TAGATATAAT GATGGAACGG ATAATTACGA TGACTACGAA 
CCAGATAGTT TCGCAAATGT AGACGTCGAT CGAGAATCCG AAGTGGCCTC TGAGATGGTT 
AAATCGATTC AAGATGAAAT TCTAAGCTCA ATCCAACAAG AAGAAAACGT AGAGGCTTCA 
GAAACTGACA CGGAAGAAGT GTTCTATGGA GATGAATATG ACGCTGAACC ATCTGCATTG 
GGACGTAAAA ATGACGGCGT CAAAGTCCAA AACGTTGGTC AGCGAGAGTT CGCGAGTATA 
GCTGAATGTG GGAACTTTCT ATTCCAACAC CGTGAGGAGA TTCCGTGTCG ATTTCAAGGA 
GCATCGCGAA TTCTCGGTCA ACTTTTCGTC ATAGATTACG CATGCCGTAT GATTGAAGGA 
AGGATGAGAG CAATTGTTAT GAATAGAGCT GAATTCAAGA GATTCTCGAA GAGAAGCCGA 
GTGTTCCAAT TTCTTCAGAA ATTGATTTCT GAGAAGTTGA AAGGATTGAA GAAGCTCGGA 
CTATTGGTTA CGATTCCATC AAGTGTTCCT GGAACCGCGA AGTACCAAAG GGAACTGGTT 
ATGTCAGCTG TCACTCTCGC GAACAATCTC GGAAAGCCAG ATTTATTTCT GACATTTACC 
GGCAATCCAA AATGGCCAGA GATTCAGAGA GAATGCAAGA GATTGGGAGT GACATGGGCT 
GACCTCCCAA CGCTGGTAAA CACTGTCTTC CGCACGAAAT TCGAGATGCT GTTAGAAGAC 
GTGATCGGAT TAAAGAAGAA AAACTCCGGC AGGAAAGGAA AACATTCCAA TTTGAAAGGA 
ATGTTTGGCG AAGTTCTTTG GTGGGTATAT TCTGTCGAAT TCCAACAAAG GGGAATGCCT 
CACGTGCATA TGCTTCTATC GCTGAAAGAA CATATCACCA ACGCTGCTCA AGTGGATAAG 
ATCATCTCTG CTGAAGTTCC GGAGTTTCCA ATCTCTTCTG ATCCTGATTA CGAAGAGAAA 
CTCCGCTACT ACGAGTTGGT CAAATCTCTC ATGGTACATT TCCCGTGCAA AGACGACCCA 
GCAGCATACT GTAAAGATGG AGCGAAATCA CATTGGAACA AATGCACTAA AGGATTTCCC 
AAGAAGTTTT CTGATTCCAC AGTCCTAACC GACAATCAGT ACCCTGATTA CAAGAGAACG 
AAAAAAAATC AGTTCACTTT ATATAGGAAC GGAAAAGAAG TGAAGGCAGG CAGCGATTGT 
GTTGTTGCTC ATCCCAAAGG TCTTCTCATG AAGTTTGGAA GCCATATCAA TATGGAAGTG 
GTCTCTTCGG TTCGATTCAT GAAATATATT TTCAAGTATA TTTTCAAGGG CAATGATCGA 
ATGCTTCTGG AGGCGTTTGA GAACATGGAG AATGGTGTGA AGGACAAGAA TGCAATGACG 
CTGCGTGGGA ATGTTTTCGC TCCAGCAAAC CTTGTCGAGG GAAAACTGCG AAGTCGACAG 
CGAGAAGCAG ACAAAATGAT GGATGCGGCA AGAGTTGACA TTCCAAAAGA TGAACGAATC 
GCTGTGAACG ATTGCTCATA TATGATGGAT CTTCAAGCCA TGACTGCTTG TGAAGCTGCA 
TGGAAAATCG GTTCATTTCC AATGCACGGC TCATCTCATA CTGTTCACAA AGGATTTATT 
CACGAAGAGA ACAATGATAC CTTCTTTTTC GAACGCGGAT TGTCAGCCGC TCAGGCAGAA 
AAGATGTTGA AGCGTTCTCC AAAGGGAATG ATGACCGCGT GGTTCGAAGC AAATCGGAAT 
CCAAGAGTTC TGCATGACAA AAAAAGAAAG ACCACTGATC TGACACTGGA CGAAATGTTT 
TGTTTCTATC GATTTGACAC GAAGAAACAA GAATTCGTTT ATAGAAAGAG GGACTATTCC 
GATCGAATCA TGGGAAGAAT ACAAGCACCA CAACCGAGAT ACCTCGAACT CACTGCCACC 
CGACTGCTCG CTCGAACAGT TCGCGGACCC AGAAATTGGG AAGAACTTCG CTCATTCAAT 
GGCGTTGTGT ATGATACTTG CCTGGAAGCT GCCAGAGCGA GACGATTAAT GAATGGAGAG 
CAGGAATGGA TGGATGTTTT GGAAGAAGTT GGACGTCTCG ATTCTCCAGT GGAATGCCGT 
CGTCTCTTCG CAAGTATTCT GACCCATTGT GCACCGGCAA ATCCAAAGGA GCTCTGGGAA 
GAACGCTGGG AAGTATTGGT GCAGAATAAG CCATCTTGGA GTGATGCTCA GAAGAAGTCG 
CATGCCCTTC GCCATATTGG ATTCCTCCTC GAGAAACACG GAATGTGCTT GGGAAACTTC 
GAACTAGAAA GTGAATATGA GAAAGAAGAT CTCCCAATTA TTGACACAAA TGAGGACTAC 
GATAATCCGA ACGCCGTACA ATGTTCTCCA GATGAACATG AAGTGGCTGG AAAACGAATG 
TATGACCAAT TGAATGCAGA TCAGAAGAAA TTTGTTGATT CTGTTCTTGA AATGGATCAG 
AAAACGGATG GATCAAGAGT CGTTTATGTT GGTGGAGCTG GTGGAACCGG AAAAACGTTC 
TCTTATGAGA CAATTTTCCA CTTGCTCAGA GCACGAAGAA GAACCGTAAT TCCCGTCTCC 
CACAGTGGAG TTGCTGCAAA TCTGCTCCCA AACGGCTGCA CAGCTCACCG AAAATTCGGA 
ATTCCAATTG AAGTTTCCGA TGTGATGAAA TGTCTTATTT CTCCAGATTC AGCCGAAGGA 
ATTGCATTGG CCTCTGTCGA CTGCGTGATC TGGGATGAGA TTTCCATGAG CGACAAGAGG 
ATTGTTCACG CTGTTGACAA CCTCTTCAAA GATCTGAAAA ACAACGACTT GCCCTTCGGA 
GGAATTTTAA TTATTTTCGG TGGAGATTGG AGACAGATTC TTCCAATTGT TGAAGGCGCC 
AAAAATGAAG GAGTGATTCC TTATACTCTC AAAAACACCG AGATGTGGAG ACTGATGAAA 
AAGTTCGAAT TGACCAAGAA TCAAAGAGCT GAGGAAGATT CGGAATACGC TAAGCTGATT 
CTAAGCATTG GAAATGGCGC AAACTACGTG AACACCAAAA GACAAATGAT TGCGATTCCT 
GAGAAGTACG TCGAGAGAGG AGAGGAAAAA GATCTTATCA ACTGGGTTTT CCCTGATGTG 
AATGATATCA AGTTGACGGA ATCTGCAGCA ATTCTGACAA CCGACAACAA AACAGCTCTT 
CGTGTTAACG ACGAAATCAT CGATCGGTTG GATGGAGATT TCAGAGAGTT CCTGTCAATT 
GACACAGCTG ATAGAGACAA CGCGCTTTCA GCCGAAGCGG CTGTTTTTGC AACAGAAACT 
CCATCCGGAC TCCCACCACA TCGACTTCGA TTGAAGATCG GTGCTCAAAT CGTTCTTCTT 
CGTAACCTTT CGGTTGAACA CGGTTTATGC AATGGAACTC GGCTCACGAT AACATCTTTT 
GGGAACGATG TAAGTTTGAA TATAACTTTT TCTTTATTAA AATTATCTTT TCAGATAATC 
TATTGTACGA GAAATAACGA CAAAGCCGAC CCAAAAAAGA TCGTTTTTCT CCACCGCATG 
TTGATGGCTC CAACTGGAAA AGGAGCAAAG TCATGTGGAT TCCACCGCCG TCAGTATCCA 
ATACGTCTCG CGTATGCCAC TACAATCAAT AAGGCCCAAG GCCAAACACT GTCGAAATGT 
GGCCTCCTCC TCCATTCGGC AGTGTTCTCG CATGGCCAGC TATACGTTGC CATGTCGAGG 
GTGAAGAGAG GCGAGGATTT CAGATTATGG CATTACAAGA GAGGAGGAAA AGACGATTGG 
AACTTTGGCG GAGGAATTCT CGTGCGAAAC GTCGTCTATC GAGATGTCAT TCGGAACGAC 
CTAATTGGAA ACTGA

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

RefSeq	XP_003090903.1
CDS	1..8115
Translation	MTSRRPGLSHFFASLDTDSALYESNLLRPYAGDPMHAATLPRNYGLHDTSATWNDRILYNNMGASTVGRGGQNGHIVHGGRNFSAMSRQLTAAQKEAKKERQRRNRERDKSENLDKEKEAQKRLDDMSQEEIREYMATKQRACREKQTFLSSSQHSVTDLSSTGCSQKQSSKLQKDMTEAELREYKKENKRKNRQKVKEAISSQVTDASSFYCMDSPMEISEITEDQGDRMSFCSAASDVLTHPSGFFALESNRKRRRGTNESDGESSSLSSWQPDLNSQGSEQFQPVKRSYPTRSKRALITSPAPSSPNGSQHSNSIGKMLNIANLPELPEREHSCKVRIGLADLLQLETDCIVIPLRGEMDYANRAMLYNQFKRKIYTDSDERDEYQEFMEEQCEGLEKGDIAGHCFERLGKIKMAFHIEEPVVLKNKYTVVIEATLRSTYFKCLYQADLNGHSSIAFPILGHDVHRPKAAAIALQSIYAYFQVVRESNLKLVYLVTSDVEEYDVIGAHTCYIREIDLSKWSRDQYFQFETMLFDKIKKPVIYSTIPGTDMVLRGFKKKFENRNVKEQKEKLRQIHVSMCDKTGVIASPFELSDIGPRRLPRQYIKDVDITVQNMPQLPISELFPIDNLCGSLAVLRKLWIISFHYMYYENEIPGYFDFSDESEETRKRKEIFNKLKFLHREVLTQWDRTIKNVPFKCKCLKLGGYHENFFVFTTQLSHPDVVFDKWILFKKQLVIGDKDIMNLEQLELNTVPKQSIDNCRSKVILIQEDLSQELMIDKIIDWFTDVKEYAWKQTRNFQSILDNLSINDWKTGLDDDFQAFHDIEVFDEYLDNEFLIGDPEKSVNRSETSENRSMSQRLEPIEESESKVRQSLRESASKRYQRHIENEEILERSIRNRMYRKYEVSMNPNISDLWETENSGFRHVDQFLGAKLEFFGLRQMEIPDDVTTVYGEEYSTPSEYPMGVDIGDRTEKCYFCGALSFPAERLKSCCKNGAVWIPPLKLLPAEIQQIFQEKYRKCLISANAAFSMASINFTRQEQKPHGVQSLKIRGVVSFLPSAIHPHDTSRPRYANFIVLEHGNEEIASMRFDTLRVKNVSLKKIFEDVQKYLDENNALYQCYKNMAEMEKEMLIERGLDQNESSNENIRFKLISPHELDRQDVLAAHHKVYGREKQIGKDFLSVAFSLNPEDSTILPRGLTIYPKNPSNRNPQESISIFSDLCDALSYPLLFPDGRGAYALHKYRRWAAKTPKPSYEDRIRSDIKEMRKNGEDPAEYYILDPGFEEMSENQEAEEKTKSGDVSMEQTPELLHQRDEFSEEEESEEEEEDPTNLNNEQILQYGILEDEQDAPLDSCIGQQTNVTMVERNGEMYAMVDRTNATVDIPYVSGNPFGSDDSGELSEEEPPYNRYNDGTDNYDDYEPDSFANVDVDRESEVASEMVKSIQDEILSSIQQEENVEASETDTEEVFYGDEYDAEPSALGRKNDGVKVQNVGQREFASIAECGNFLFQHREEIPCRFQGASRILGQLFVIDYACRMIEGRMRAIVMNRAEFKRFSKRSRVFQFLQKLISEKLKGLKKLGLLVTIPSSVPGTAKYQRELVMSAVTLANNLGKPDLFLTFTGNPKWPEIQRECKRLGVTWADLPTLVNTVFRTKFEMLLEDVIGLKKKNSGRKGKHSNLKGMFGEVLWWVYSVEFQQRGMPHVHMLLSLKEHITNAAQVDKIISAEVPEFPISSDPDYEEKLRYYELVKSLMVHFPCKDDPAAYCKDGAKSHWNKCTKGFPKKFSDSTVLTDNQYPDYKRTKKNQFTLYRNGKEVKAGSDCVVAHPKGLLMKFGSHINMEVVSSVRFMKYIFKYIFKGNDRMLLEAFENMENGVKDKNAMTLRGNVFAPANLVEGKLRSRQREADKMMDAARVDIPKDERIAVNDCSYMMDLQAMTACEAAWKIGSFPMHGSSHTVHKGFIHEENNDTFFFERGLSAAQAEKMLKRSPKGMMTAWFEANRNPRVLHDKKRKTTDLTLDEMFCFYRFDTKKQEFVYRKRDYSDRIMGRIQAPQPRYLELTATRLLARTVRGPRNWEELRSFNGVVYDTCLEAARARRLMNGEQEWMDVLEEVGRLDSPVECRRLFASILTHCAPANPKELWEERWEVLVQNKPSWSDAQKKSHALRHIGFLLEKHGMCLGNFELESEYEKEDLPIIDTNEDYDNPNAVQCSPDEHEVAGKRMYDQLNADQKKFVDSVLEMDQKTDGSRVVYVGGAGGTGKTFSYETIFHLLRARRRTVIPVSHSGVAANLLPNGCTAHRKFGIPIEVSDVMKCLISPDSAEGIALASVDCVIWDEISMSDKRIVHAVDNLFKDLKNNDLPFGGILIIFGGDWRQILPIVEGAKNEGVIPYTLKNTEMWRLMKKFELTKNQRAEEDSEYAKLILSIGNGANYVNTKRQMIAIPEKYVERGEEKDLINWVFPDVNDIKLTESAAILTTDNKTALRVNDEIIDRLDGDFREFLSIDTADRDNALSAEAAVFATETPSGLPPHRLRLKIGAQIVLLRNLSVEHGLCNGTRLTITSFGNDVSLNITFSLLKLSFQIIYCTRNNDKADPKKIVFLHRMLMAPTGKGAKSCGFHRRQYPIRLAYATTINKAQGQTLSKCGLLLHSAVFSHGQLYVAMSRVKRGEDFRLWHYKRGGKDDWNFGGGILVRNVVYRDVIRNDLIGN

Target ORF information:

RefSeq Version	XM_003090855.1
Organism	Caenorhabditis remanei
Definition	Caenorhabditis remanei hypothetical protein (CRE_30538) mRNA, complete cds.

Target ORF information:

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

XM_003090855.1

ORF Insert Sequence:

ATGACGTCGA GGCGTCCTGG TCTGAGCCAT TTCTTTGCAA GTTTGGATAC GGATTCGGCT 
CTATATGAGA GTAATTTGCT CCGACCGTAC GCAGGAGATC CAATGCATGC TGCCACGTTG 
CCAAGGAACT ACGGACTCCA CGACACATCT GCCACGTGGA ACGACCGAAT CCTCTACAAC 
AATATGGGAG CATCTACAGT AGGACGAGGA GGTCAAAATG GACACATTGT TCACGGTGGA 
AGAAATTTCT CCGCTATGAG TCGACAATTA ACTGCTGCTC AAAAAGAAGC CAAAAAAGAG 
AGACAAAGGA GAAATCGAGA AAGAGACAAA TCGGAGAATT TGGACAAAGA GAAAGAAGCC 
CAAAAAAGAC TTGATGATAT GTCTCAAGAA GAGATCCGTG AATACATGGC AACAAAACAG 
AGAGCTTGCC GGGAAAAGCA AACGTTTCTT TCAAGCTCTC AGCACAGTGT GACCGATCTT 
TCTTCAACCG GATGTTCGCA AAAACAGTCA AGTAAGCTAC AAAAAGATAT GACGGAAGCG 
GAGCTCCGAG AGTACAAAAA GGAGAACAAG AGAAAAAATC GACAGAAGGT GAAAGAAGCA 
ATCAGCTCTC AAGTAACTGA TGCTTCTTCT TTTTATTGTA TGGATTCACC GATGGAAATC 
AGTGAAATTA CTGAAGATCA AGGTGACCGA ATGTCCTTCT GTTCCGCCGC ATCTGATGTA 
TTAACCCATC CATCCGGCTT TTTCGCCCTC GAATCGAATC GAAAAAGAAG ACGTGGAACT 
AATGAGTCTG ATGGAGAATC ATCGTCACTC TCCAGTTGGC AGCCTGATCT GAATTCTCAA 
GGATCAGAGC AGTTTCAGCC AGTGAAGAGA AGTTATCCCA CAAGATCTAA AAGAGCATTG 
ATCACTTCTC CAGCACCCAG CTCTCCGAAT GGTTCACAAC ACTCAAATTC AATCGGAAAG 
ATGCTCAATA TTGCTAATTT GCCAGAACTT CCCGAGCGTG AGCACAGCTG CAAAGTCAGA 
ATAGGATTGG CAGATTTATT GCAACTTGAG ACTGATTGTA TTGTGATTCC GTTGAGAGGA 
GAAATGGATT ACGCAAATCG GGCGATGCTT TACAATCAAT TCAAACGGAA AATCTACACA 
GACTCAGACG AACGAGATGA GTATCAAGAA TTCATGGAAG AACAATGTGA AGGCTTGGAG 
AAAGGAGATA TTGCTGGACA CTGTTTCGAG AGACTTGGAA AGATCAAAAT GGCATTCCAC 
ATTGAAGAGC CAGTTGTTCT CAAAAACAAA TACACAGTTG TCATTGAAGC AACTCTTCGA 
TCGACTTACT TCAAATGTCT CTATCAAGCT GATTTGAACG GACACTCAAG CATTGCTTTC 
CCAATACTTG GTCATGATGT GCATCGCCCA AAAGCAGCTG CAATTGCCCT TCAATCAATC 
TATGCATATT TTCAAGTCGT CAGAGAGTCT AACTTGAAAC TTGTGTACTT AGTAACGAGT 
GATGTTGAAG AGTACGATGT AATTGGAGCG CATACGTGCT ACATTCGAGA AATCGATTTA 
TCAAAGTGGA GTCGTGATCA ATATTTCCAG TTTGAAACAA TGCTCTTCGA CAAGATCAAA 
AAACCAGTGA TTTACTCTAC GATTCCTGGA ACTGATATGG TTCTTCGAGG ATTCAAGAAA 
AAGTTTGAGA ACAGGAATGT CAAGGAGCAA AAAGAAAAAC TTCGACAAAT TCACGTTTCT 
ATGTGCGATA AGACTGGAGT GATTGCATCG CCGTTCGAAC TTTCTGACAT CGGCCCACGA 
CGTCTACCAC GTCAGTACAT AAAAGACGTA GATATTACCG TTCAAAATAT GCCTCAGCTG 
CCTATAAGTG AACTTTTTCC GATTGACAAT CTCTGCGGAT CGTTGGCGGT TCTTCGAAAG 
CTTTGGATAA TTTCTTTCCA TTACATGTAC TATGAAAATG AAATTCCAGG CTACTTCGAC 
TTCTCAGATG AGTCTGAAGA GACGAGAAAA CGGAAGGAAA TATTCAATAA GCTCAAGTTT 
TTGCATCGAG AAGTGCTGAC GCAGTGGGAT AGAACTATAA AGAATGTCCC TTTCAAATGC 
AAGTGCTTGA AACTCGGCGG CTATCACGAA AATTTCTTTG TATTCACTAC ACAACTGAGT 
CATCCGGATG TCGTATTTGA CAAGTGGATT TTATTCAAAA AACAACTGGT CATTGGTGAT 
AAGGATATAA TGAATTTGGA ACAACTGGAA TTGAATACAG TTCCAAAGCA ATCAATCGAT 
AATTGTAGAT CAAAAGTGAT TCTGATCCAA GAAGACTTAT CACAAGAATT GATGATCGAT 
AAAATTATTG ATTGGTTTAC GGATGTAAAG GAATATGCGT GGAAGCAAAC AAGAAACTTC 
CAATCAATTC TTGACAATTT GAGTATAAAT GACTGGAAAA CTGGATTGGA TGACGATTTT 
CAAGCATTCC ATGACATCGA AGTTTTTGAC GAATATCTGG ATAACGAATT CTTGATTGGG 
GACCCAGAAA AAAGTGTAAA TCGAAGCGAA ACAAGTGAAA ATCGGTCAAT GTCTCAAAGA 
CTGGAGCCAA TTGAAGAATC CGAATCCAAA GTTCGACAGT CTCTCCGAGA ATCTGCTTCA 
AAACGATATC AACGTCACAT TGAGAATGAG GAGATATTGG AAAGATCCAT CAGAAACCGA 
ATGTACCGAA AGTATGAAGT TTCGATGAAT CCGAACATAT CTGATTTATG GGAAACTGAG 
AATTCAGGAT TCCGCCATGT AGACCAATTT CTCGGGGCAA AGCTGGAATT TTTCGGTCTC 
AGACAAATGG AAATACCAGA TGACGTGACA ACCGTATATG GCGAAGAATA CTCTACTCCG 
TCAGAATATC CAATGGGAGT GGATATTGGA GACAGAACAG AAAAGTGTTA TTTCTGTGGA 
GCTCTATCGT TTCCAGCTGA ACGACTGAAG TCTTGCTGTA AAAATGGCGC TGTCTGGATC 
CCTCCTTTGA AGTTGCTTCC AGCCGAGATA CAACAAATAT TTCAAGAGAA ATACCGAAAA 
TGTCTCATCT CTGCCAACGC TGCTTTTTCA ATGGCAAGTA TCAATTTCAC ACGTCAAGAA 
CAAAAACCTC ATGGTGTTCA GTCGTTGAAA ATTCGTGGAG TTGTCAGCTT CCTTCCTTCA 
GCAATACATC CGCATGACAC TTCAAGGCCA AGATATGCAA ATTTCATTGT TCTTGAACAT 
GGAAATGAAG AAATTGCGTC AATGAGGTTT GACACTTTGA GAGTGAAAAA TGTCAGTCTG 
AAGAAGATAT TCGAGGACGT CCAGAAATAT CTTGATGAAA ACAACGCTCT TTACCAATGC 
TATAAAAATA TGGCAGAAAT GGAAAAAGAG ATGCTCATTG AGAGAGGATT GGATCAAAAC 
GAATCTAGCA ATGAAAACAT TCGGTTCAAG CTGATATCTC CACACGAGTT GGATCGTCAA 
GACGTTTTAG CTGCACATCA CAAAGTGTAT GGAAGAGAGA AGCAGATTGG GAAAGACTTC 
CTTTCTGTGG CATTTAGTCT GAATCCAGAA GATTCAACAA TTCTGCCCAG AGGACTAACA 
ATATATCCCA AGAATCCATC CAATCGAAAT CCTCAAGAAT CAATCTCCAT ATTCTCGGAT 
CTCTGCGATG CTCTCAGTTA TCCTCTATTG TTTCCAGATG GAAGAGGAGC ATACGCACTT 
CATAAATATC GACGATGGGC AGCTAAAACA CCGAAACCTT CGTATGAAGA CCGAATCAGA 
AGTGACATCA AAGAAATGAG AAAGAATGGA GAAGATCCAG CTGAATACTA TATATTGGAT 
CCAGGATTTG AGGAAATGTC TGAAAATCAA GAGGCAGAAG AAAAGACAAA AAGTGGAGAT 
GTTTCAATGG AACAAACTCC AGAACTTTTG CATCAAAGAG ATGAATTTTC AGAAGAGGAA 
GAGTCGGAAG AAGAAGAGGA AGATCCGACA AACCTCAACA ACGAGCAAAT TCTTCAATAC 
GGAATTCTGG AAGACGAGCA AGACGCACCT CTTGATTCAT GCATTGGCCA ACAAACAAAT 
GTCACCATGG TCGAGCGAAA CGGAGAAATG TATGCGATGG TGGATAGGAC AAATGCCACT 
GTTGATATTC CATACGTTTC CGGCAACCCA TTCGGTTCAG ACGACAGTGG AGAGCTATCA 
GAAGAAGAAC CGCCGTACAA TAGATATAAT GATGGAACGG ATAATTACGA TGACTACGAA 
CCAGATAGTT TCGCAAATGT AGACGTCGAT CGAGAATCCG AAGTGGCCTC TGAGATGGTT 
AAATCGATTC AAGATGAAAT TCTAAGCTCA ATCCAACAAG AAGAAAACGT AGAGGCTTCA 
GAAACTGACA CGGAAGAAGT GTTCTATGGA GATGAATATG ACGCTGAACC ATCTGCATTG 
GGACGTAAAA ATGACGGCGT CAAAGTCCAA AACGTTGGTC AGCGAGAGTT CGCGAGTATA 
GCTGAATGTG GGAACTTTCT ATTCCAACAC CGTGAGGAGA TTCCGTGTCG ATTTCAAGGA 
GCATCGCGAA TTCTCGGTCA ACTTTTCGTC ATAGATTACG CATGCCGTAT GATTGAAGGA 
AGGATGAGAG CAATTGTTAT GAATAGAGCT GAATTCAAGA GATTCTCGAA GAGAAGCCGA 
GTGTTCCAAT TTCTTCAGAA ATTGATTTCT GAGAAGTTGA AAGGATTGAA GAAGCTCGGA 
CTATTGGTTA CGATTCCATC AAGTGTTCCT GGAACCGCGA AGTACCAAAG GGAACTGGTT 
ATGTCAGCTG TCACTCTCGC GAACAATCTC GGAAAGCCAG ATTTATTTCT GACATTTACC 
GGCAATCCAA AATGGCCAGA GATTCAGAGA GAATGCAAGA GATTGGGAGT GACATGGGCT 
GACCTCCCAA CGCTGGTAAA CACTGTCTTC CGCACGAAAT TCGAGATGCT GTTAGAAGAC 
GTGATCGGAT TAAAGAAGAA AAACTCCGGC AGGAAAGGAA AACATTCCAA TTTGAAAGGA 
ATGTTTGGCG AAGTTCTTTG GTGGGTATAT TCTGTCGAAT TCCAACAAAG GGGAATGCCT 
CACGTGCATA TGCTTCTATC GCTGAAAGAA CATATCACCA ACGCTGCTCA AGTGGATAAG 
ATCATCTCTG CTGAAGTTCC GGAGTTTCCA ATCTCTTCTG ATCCTGATTA CGAAGAGAAA 
CTCCGCTACT ACGAGTTGGT CAAATCTCTC ATGGTACATT TCCCGTGCAA AGACGACCCA 
GCAGCATACT GTAAAGATGG AGCGAAATCA CATTGGAACA AATGCACTAA AGGATTTCCC 
AAGAAGTTTT CTGATTCCAC AGTCCTAACC GACAATCAGT ACCCTGATTA CAAGAGAACG 
AAAAAAAATC AGTTCACTTT ATATAGGAAC GGAAAAGAAG TGAAGGCAGG CAGCGATTGT 
GTTGTTGCTC ATCCCAAAGG TCTTCTCATG AAGTTTGGAA GCCATATCAA TATGGAAGTG 
GTCTCTTCGG TTCGATTCAT GAAATATATT TTCAAGTATA TTTTCAAGGG CAATGATCGA 
ATGCTTCTGG AGGCGTTTGA GAACATGGAG AATGGTGTGA AGGACAAGAA TGCAATGACG 
CTGCGTGGGA ATGTTTTCGC TCCAGCAAAC CTTGTCGAGG GAAAACTGCG AAGTCGACAG 
CGAGAAGCAG ACAAAATGAT GGATGCGGCA AGAGTTGACA TTCCAAAAGA TGAACGAATC 
GCTGTGAACG ATTGCTCATA TATGATGGAT CTTCAAGCCA TGACTGCTTG TGAAGCTGCA 
TGGAAAATCG GTTCATTTCC AATGCACGGC TCATCTCATA CTGTTCACAA AGGATTTATT 
CACGAAGAGA ACAATGATAC CTTCTTTTTC GAACGCGGAT TGTCAGCCGC TCAGGCAGAA 
AAGATGTTGA AGCGTTCTCC AAAGGGAATG ATGACCGCGT GGTTCGAAGC AAATCGGAAT 
CCAAGAGTTC TGCATGACAA AAAAAGAAAG ACCACTGATC TGACACTGGA CGAAATGTTT 
TGTTTCTATC GATTTGACAC GAAGAAACAA GAATTCGTTT ATAGAAAGAG GGACTATTCC 
GATCGAATCA TGGGAAGAAT ACAAGCACCA CAACCGAGAT ACCTCGAACT CACTGCCACC 
CGACTGCTCG CTCGAACAGT TCGCGGACCC AGAAATTGGG AAGAACTTCG CTCATTCAAT 
GGCGTTGTGT ATGATACTTG CCTGGAAGCT GCCAGAGCGA GACGATTAAT GAATGGAGAG 
CAGGAATGGA TGGATGTTTT GGAAGAAGTT GGACGTCTCG ATTCTCCAGT GGAATGCCGT 
CGTCTCTTCG CAAGTATTCT GACCCATTGT GCACCGGCAA ATCCAAAGGA GCTCTGGGAA 
GAACGCTGGG AAGTATTGGT GCAGAATAAG CCATCTTGGA GTGATGCTCA GAAGAAGTCG 
CATGCCCTTC GCCATATTGG ATTCCTCCTC GAGAAACACG GAATGTGCTT GGGAAACTTC 
GAACTAGAAA GTGAATATGA GAAAGAAGAT CTCCCAATTA TTGACACAAA TGAGGACTAC 
GATAATCCGA ACGCCGTACA ATGTTCTCCA GATGAACATG AAGTGGCTGG AAAACGAATG 
TATGACCAAT TGAATGCAGA TCAGAAGAAA TTTGTTGATT CTGTTCTTGA AATGGATCAG 
AAAACGGATG GATCAAGAGT CGTTTATGTT GGTGGAGCTG GTGGAACCGG AAAAACGTTC 
TCTTATGAGA CAATTTTCCA CTTGCTCAGA GCACGAAGAA GAACCGTAAT TCCCGTCTCC 
CACAGTGGAG TTGCTGCAAA TCTGCTCCCA AACGGCTGCA CAGCTCACCG AAAATTCGGA 
ATTCCAATTG AAGTTTCCGA TGTGATGAAA TGTCTTATTT CTCCAGATTC AGCCGAAGGA 
ATTGCATTGG CCTCTGTCGA CTGCGTGATC TGGGATGAGA TTTCCATGAG CGACAAGAGG 
ATTGTTCACG CTGTTGACAA CCTCTTCAAA GATCTGAAAA ACAACGACTT GCCCTTCGGA 
GGAATTTTAA TTATTTTCGG TGGAGATTGG AGACAGATTC TTCCAATTGT TGAAGGCGCC 
AAAAATGAAG GAGTGATTCC TTATACTCTC AAAAACACCG AGATGTGGAG ACTGATGAAA 
AAGTTCGAAT TGACCAAGAA TCAAAGAGCT GAGGAAGATT CGGAATACGC TAAGCTGATT 
CTAAGCATTG GAAATGGCGC AAACTACGTG AACACCAAAA GACAAATGAT TGCGATTCCT 
GAGAAGTACG TCGAGAGAGG AGAGGAAAAA GATCTTATCA ACTGGGTTTT CCCTGATGTG 
AATGATATCA AGTTGACGGA ATCTGCAGCA ATTCTGACAA CCGACAACAA AACAGCTCTT 
CGTGTTAACG ACGAAATCAT CGATCGGTTG GATGGAGATT TCAGAGAGTT CCTGTCAATT 
GACACAGCTG ATAGAGACAA CGCGCTTTCA GCCGAAGCGG CTGTTTTTGC AACAGAAACT 
CCATCCGGAC TCCCACCACA TCGACTTCGA TTGAAGATCG GTGCTCAAAT CGTTCTTCTT 
CGTAACCTTT CGGTTGAACA CGGTTTATGC AATGGAACTC GGCTCACGAT AACATCTTTT 
GGGAACGATG TAAGTTTGAA TATAACTTTT TCTTTATTAA AATTATCTTT TCAGATAATC 
TATTGTACGA GAAATAACGA CAAAGCCGAC CCAAAAAAGA TCGTTTTTCT CCACCGCATG 
TTGATGGCTC CAACTGGAAA AGGAGCAAAG TCATGTGGAT TCCACCGCCG TCAGTATCCA 
ATACGTCTCG CGTATGCCAC TACAATCAAT AAGGCCCAAG GCCAAACACT GTCGAAATGT 
GGCCTCCTCC TCCATTCGGC AGTGTTCTCG CATGGCCAGC TATACGTTGC CATGTCGAGG 
GTGAAGAGAG GCGAGGATTT CAGATTATGG CATTACAAGA GAGGAGGAAA AGACGATTGG 
AACTTTGGCG GAGGAATTCT CGTGCGAAAC GTCGTCTATC GAGATGTCAT TCGGAACGAC 
CTAATTGGAA ACTGA