mig-38 cDNA ORF clone, Caenorhabditis elegans

Gene
Clones
gRNAs

Summary

Gene Symbol	mig-38
Entrez Gene ID	178082
Full Name	Abnormal cell migration protein 38
Gene Type	protein-coding
Organism	Caenorhabditis elegans

mRNA and Protein(s)

mRNA	Protein	Name
NM_001268640.2	NP_001255569.1	Abnormal cell migration protein 38
NM_001268640.1	NP_001255569.1	Abnormal cell migration protein 38

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

Genome sequence of the nematode C. elegans: a platform for investigating biology.

Science (New York, N.Y.)282(5396)2012-8(1998 Dec)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

Data suggest that when MIG-38 is depleted, stimulation of a turning pathway is reduced, but MIG-15 could still couple with NCK-1 and promote distal tip cells (DTCs) motility.
Title: mig-38, a novel gene that regulates distal tip cell turning during gonadogenesis in C. elegans hermaphrodites.

The following mig-38 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the mig-38 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)
OCa344256	NM_001268640.2 Latest version!	Caenorhabditis elegans Abnormal cell migration protein 38 (mig-38), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
View Old Accession Versions >>
OCa344256	NM_001268640.1	Caenorhabditis elegans Abnormal cell migration protein 38 (mig-38), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
Hide Old Accession Versions >>

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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)

mig-38 ( NM_001268640.2 ) cDNA ORF clone, Caenorhabditis elegans -> NP_001255569.1 Caenorhabditis elegans Abnormal cell migration protein 38 (mig-38), mRNA.

Price & Availability↑

CloneID	OCa344256
Clone ID Related Accession (Same CDS sequence)	NM_001268640.2 , NM_001268640.1
Accession Version	NM_001268640.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4824bp) 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	2019-10-17
Organism	Caenorhabditis elegans
Product	Abnormal cell migration protein 38
Comment	Comment: REVIEWED REFSEQ: This record has been curated by WormBase. This record is derived from an annotated genomic sequence (NC_003282). On Sep 4, 2019 this sequence version replaced NM_001268640.1.

ATGTCTTACG AAGAGGATGA CTGGTTCTCG TACAGAACAG AGTTCAACAA ACGGGCAGAC 
AGTCCACGAG CAGCCGGGAA CTATGATTTT GAGTCTGGAA ACATTGATAA CATCCCACTC 
AATGATGACG GACCATTATC ACCCAGTCAA GATTTCGATT TAGCTGGAAC ACTCGAGGAA 
TACGAATCGT ATGATTTGAG ATTATCACCG AACGGAGGAC TCAATCGAGA AGATCAACAA 
CCAGGTCCCA GTGGAAATAA CGATGGACAA TATCATGTTA TGCAGAATAA TGATTCATTT 
GCCCAGCATA TGCAATCATC GAATACAATT GAGTATAACT CATTCGAAAT GCCCACTGTT 
ATCAATTCTA ATCATGACGT CGGCCCGTAT CAAGATCTTG GTATTGATGA CCCTAATTCG 
TTTTATGCGA ATCAACAGCC ATCAACGTCA CAAGGGAATG ATATGATAAT CAATGAGAAC 
TATGAAATGA TGGGTCCATC GACATCATAT ATGCCACAAA TAGATCATAT GAATCCTTCT 
GGGAACTCTT CTTCGCAGAT TAATCATCAA CAGGGAATGA TTGTTCCACA AGTTCAACAA 
CAGCCCGCAA AACCGAAGAC AACAAAAAAG AGGCCTCCAC CGAAGAAAAA GACAGCTGCT 
CAAGCGCCTG ATACAGTTGG TACAGTACTC ACGAAAGTGA ATAAATTAAC TCAACAGATT 
GACAACAACA ACGACAATCA AGAACAAAAA ATTGAGACAC GAATATCTGC GGAAGACTTG 
GTTCGAGTCA GCGCGCTATT GAGCAGATTG GATGTATATC AGAAAGAACA GGCACAAGGA 
AATAACACTC ATGATCAAGA TATTGAAGCG CTTCAAGCTG AAATAGCACA GGTGTTTACC 
AAGAATATGG CAATGAGTGC GAATGATGCT CCAGGAAACA GTATACTTAG TCAAATTCAA 
AATCTCACAA GTATTGGTAG CTCAGCTTCA TCATCTGCAC AGCCTTCTCA ACCTGCCAAA 
AAAGCTGCTC CCAAGAGAAA AACCGTACCG AATACGGCAA AAAATCTCGC TCAAAATCAG 
CAGATAATGC CACCACAGGC TCAAATAACG CCTACCAAAC TCGTTATGGA TCCTCCGACA 
ACAACGATGG TTCCAAGTAG CAGTCAGTCG AATCATATGT ATAGTAATGA TGGCTTCACG 
ACATACAATC AAATGGATGA ACCCGGAACG AGTCAGCAAC AACAATATAA TGATTATCGA 
CAGCCTCCAT CTCAGGAATC AATGCAATAT GGTCACCAAC AGATTATTCA AGCAAGAGTT 
GTGCCTTCTA TGAACCAGAA AACTCATAAC TATCGTCAAG CAGTAGTGTT TGCATCTCCG 
AATACAAATG GACCGTCATC ACAACTACAA CGGCCACAAT CCGGCATGGA TCAAATGCAA 
GACCAACAAT ATCATGCTCA GGATCTTCAA GGATCCCAAG TTCAACAAAC ATTCGTTTCT 
GTACAACATG ACGGGCAAAT TTATCAAGAA GTGGAGCCAA CGTTGAGAGA TTTTGTTCGA 
CAGGGAAGGT ACCAAGGTCC ACAGGATGCA CCGCATCTTC GGCAACAGTT GATCACAAAT 
GTAAATGCGA CAACAAACAA GCAAATGGTT CATCGAAGTC AAGATCCGAC ACCATCGCCT 
GGAAACCTCC AACAATTCGG TGAACCTCTT CAACGCCATG GAAGCTATCC ACATAGTCAT 
GATATGAGAC CAAATTCACA TTCACAATCT CAACACAGCT ACAGTAATCA TTACGATGGA 
GCCACCGAGT TCTTTGATGT GTCAATGCAA CATCAAGATA GTCAAATGTC ACAAATTCAA 
CCAGGATCAC AACATTATGT TCAACAACAA GAGCTGTATC ATCCAATTGG AGATCAACAA 
CAAATGGTTG AACCTGAATC AGAATATCCG GTTCCCCAGG TTACCAATGA GTTGAGCGAA 
GAAGAGTTGA GAGCTATAAT GGAAGAAAAA CGACAGATTC GACAGAAACG ATTGAAAGAT 
ATCATGATAG ATCAACTGAA TCGATTAGAA GAGCCCGTGG ATGTAACTCC TTTCAGAAAT 
AAGATGGATG TTTTGGAACG ACTACTTCCA TATCATCATT TTGCAAATGA AGAAGAACCA 
GTGTCAGATT TTGATTCTAC GTTTCAAAGA GTTATGGATA ATGCTGTACA TCAGGCGAAT 
TCCATCGGAA ATCGAATTCG AAATATCGTA CTTCGTGATA CTATGAGATC TTCGACAGAG 
TGGGAAGAGA ACATGATCTT GTTCCTTGAA ACAGAATCGG AGCGTCGAAA ACTGGAAGAT 
GATAAGAAAT TGGCTGATCA AGATCTGAGC ACATTTTTGC GTAATAGTGA TATAATTCAA 
AACGTGAGAG CTAGAAGATT GGATGTGGAA CGAACGCGAC TAAGGGTTCC TCGAATTCCA 
GCACATTTGA AAGAACTTGA TCTTCAAAAC GGCCAGCTTT CGTCGCTGTA TCGAGAATAC 
GAGTTCGATT CATACGATGA AAATCGTCCA CGTGGATCAC CATTTGTCTA CGAAGAGCCA 
GAATCGGAAT CTGAGTCGGA ACCAGAAGCA GAGCCAGAAC CGAAGAAGGA CAATTTCGCC 
GAACCGGAAC CAGCTCGTGG CGATATTTCT CCACTCATCG GTTTCCCTCA ATTATCACCG 
ATTCCTTCTC CGTCAAGATA TCGAAATGAG AGTGAGAGCA CGTTTGATTG GAAAGATGAA 
GATGAATCCC CGTTGTTGTC TCCAGAAACT GAAAAAATCA ACAAAGCTGC AGATCAGTTT 
CGAAAGGAAA TTTTTGGGAC TCAAGAAGAT TTGGATAAAT CGGAACCATT TCCGTTTGAA 
CAAATATCTG AAGCTGCTCG GAATCAACAT CTCATCACAG CTCAACCACA ACTTCCTCGA 
GTGGATGCCA GCTCAATTGG ATCTCTTGCA AGTTCTTCAT CGACAGTTGA TCACAGTCCA 
CAATCCATCC ATCCAGTTTT CTCACCCAAA GCTGCAATCC AGTCAAGTTC AGTTCAAGTT 
ATGAAGCCTC CACGAAGTCC TAGTTCTGTT TCGTGTAAAC TATCAACGCC ATGTGTTGAA 
CAGTCTCTAC CAGAGGAAAG TCATTATGAA GGTTCACCTG AAATTGACGA GGATTATGAT 
ATGTCTCCGA TCAGAGAAAA TGAGCCGGCC GAACTAATTT CACTTCCAAT TTCAGTAAAT 
ATGATCAAGA AAGAGAAAGA GGATTCTACT CCAAAGTTGA AATTACGGAT CCCAGCTGCT 
GTTCTTCAGA ATGGTATTGT TGCAAGTGAA GATGAGAGTG ATGTGGCAGT TGAGGAAACT 
ATTCCTGCGA TTCGGAAGCC GCTTAAGCTG AGGTTCAATC TAAAAGATAT CAAGTTGGAA 
GAACCGTCAC CAGATCGAGA TGTAGCTAGC AGTCGTCCAA AATCGAGAAC TGAGCCGCCT 
CCAACTCCAG AAAAGTTGCA TGTTAAGATA AAAGCTTCAC CAGCTGAGAC GACGCCAACG 
AAGTTACAAT TGAAAGAAAA GTCGCCAGCA AAAACGCCAG TTTTCAAGAC TCCACTGCAA 
ACTCCGATCA AGATGACACC TTCGCCATCT GAATCGAGAA AACGTAGAAG TGCAAAAATC 
GAGGATAGTC CAGCCCAGAA GAAGAAACTT TTGAATTCGG GTAGCAGCTT TGTAACTCCA 
AAGAATGGAT TGAGGGCTGA ACTGGACGAG ACTGTCGAGA GACCTCTACG AATTATGACC 
GATGGACGGA AGATTGTGAT GAAGATTAGC AAAGTTTCGA GAAACATCAA TCACTTTGTT 
ACACCGCGCA GAGATAAGAA AGGAAATCTT CATAAAGATC TATCCCCGAC GAATTATACA 
CGATTAACGA TGAAGCTGAT GAAGAAGAAA GGGGAATTAT CAGTTGAATT CACTGAAACT 
CCCAATAAGA ATAGTGAGGA AGACGATCAT AAGATTCCAA ACATTCCTAG CACGAGTACT 
TCAATTCCAC CTGCTTCAAC AGTCGTTTCT TCCGTTTCCG TGAAGGGTAG ACCTGCTCCT 
GCTTCAAGAA AATCGTCGAT CGACACTGCT GGAAAGGACA AGAAAGGGCA ATTAGCAAAG 
AATAAAGCTG CGTTTTGCAA TCGTTTTAAT CCTTTCGCAA ACGTTCCCAG TTCGAAACCA 
TCGACTTCTT CTGCTGTTTC TGCTACTCCC TCAACATCTT CTGCAGTATC CGCAAAGCTT 
CCAACAGGAA AGACACCTGG TCGCCCCGTC GCTCTTTCAA CTCCAAGATC TTCGCATAAG 
CCACCACAAG CAGTTGTTGC TCCACGTCCA AATTTGATTC GAACTGCTCC GGTTGTACCG 
AAAATCACTG TCACAAATGC ATCGGAGAGC AGTCTTCCTT CTAAATCTCA TATCCCAATT 
GAAGTGAAAC CAAAGTTGTC TTCACTTCTT CCATGGGTAT CAGACACCGA TGAAAGCCCT 
GAACAGAAGC ATAAATTGAA GAAAACGATG CCTTCAATTA ATTTATTAAA AGTGAAAACG 
GAACCTCCGG AAGCTGATGC TGTTACATCA AAGCCTGAAT CTCCTCGTGC ATCATCGTCG 
ATGTCGTTTT TTGAAGACGC ATTTCTACGA TCCCCAAAAC GATCGAATGA GCCACTGCCT 
GTTGTCGAAT TTTCTGACGA CGAGGAGAAC GATTTGGCTC ATTCGACATT CAGTCATGCC 
ACTGATCATT TGCTAGGAAC TAGCAATATG AACAGCTCAA CAAATGGATC TTCATCAGGT 
CTACCTTGGT CCACGGATCC CTAA

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

RefSeq	NP_001255569.1
CDS	82..4905
Translation	MSYEEDDWFSYRTEFNKRADSPRAAGNYDFESGNIDNIPLNDDGPLSPSQDFDLAGTLEEYESYDLRLSPNGGLNREDQQPGPSGNNDGQYHVMQNNDSFAQHMQSSNTIEYNSFEMPTVINSNHDVGPYQDLGIDDPNSFYANQQPSTSQGNDMIINENYEMMGPSTSYMPQIDHMNPSGNSSSQINHQQGMIVPQVQQQPAKPKTTKKRPPPKKKTAAQAPDTVGTVLTKVNKLTQQIDNNNDNQEQKIETRISAEDLVRVSALLSRLDVYQKEQAQGNNTHDQDIEALQAEIAQVFTKNMAMSANDAPGNSILSQIQNLTSIGSSASSSAQPSQPAKKAAPKRKTVPNTAKNLAQNQQIMPPQAQITPTKLVMDPPTTTMVPSSSQSNHMYSNDGFTTYNQMDEPGTSQQQQYNDYRQPPSQESMQYGHQQIIQARVVPSMNQKTHNYRQAVVFASPNTNGPSSQLQRPQSGMDQMQDQQYHAQDLQGSQVQQTFVSVQHDGQIYQEVEPTLRDFVRQGRYQGPQDAPHLRQQLITNVNATTNKQMVHRSQDPTPSPGNLQQFGEPLQRHGSYPHSHDMRPNSHSQSQHSYSNHYDGATEFFDVSMQHQDSQMSQIQPGSQHYVQQQELYHPIGDQQQMVEPESEYPVPQVTNELSEEELRAIMEEKRQIRQKRLKDIMIDQLNRLEEPVDVTPFRNKMDVLERLLPYHHFANEEEPVSDFDSTFQRVMDNAVHQANSIGNRIRNIVLRDTMRSSTEWEENMILFLETESERRKLEDDKKLADQDLSTFLRNSDIIQNVRARRLDVERTRLRVPRIPAHLKELDLQNGQLSSLYREYEFDSYDENRPRGSPFVYEEPESESESEPEAEPEPKKDNFAEPEPARGDISPLIGFPQLSPIPSPSRYRNESESTFDWKDEDESPLLSPETEKINKAADQFRKEIFGTQEDLDKSEPFPFEQISEAARNQHLITAQPQLPRVDASSIGSLASSSSTVDHSPQSIHPVFSPKAAIQSSSVQVMKPPRSPSSVSCKLSTPCVEQSLPEESHYEGSPEIDEDYDMSPIRENEPAELISLPISVNMIKKEKEDSTPKLKLRIPAAVLQNGIVASEDESDVAVEETIPAIRKPLKLRFNLKDIKLEEPSPDRDVASSRPKSRTEPPPTPEKLHVKIKASPAETTPTKLQLKEKSPAKTPVFKTPLQTPIKMTPSPSESRKRRSAKIEDSPAQKKKLLNSGSSFVTPKNGLRAELDETVERPLRIMTDGRKIVMKISKVSRNINHFVTPRRDKKGNLHKDLSPTNYTRLTMKLMKKKGELSVEFTETPNKNSEEDDHKIPNIPSTSTSIPPASTVVSSVSVKGRPAPASRKSSIDTAGKDKKGQLAKNKAAFCNRFNPFANVPSSKPSTSSAVSATPSTSSAVSAKLPTGKTPGRPVALSTPRSSHKPPQAVVAPRPNLIRTAPVVPKITVTNASESSLPSKSHIPIEVKPKLSSLLPWVSDTDESPEQKHKLKKTMPSINLLKVKTEPPEADAVTSKPESPRASSSMSFFEDAFLRSPKRSNEPLPVVEFSDDEENDLAHSTFSHATDHLLGTSNMNSSTNGSSSGLPWSTDP

Target ORF information:

RefSeq Version	NM_001268640.2
Organism	Caenorhabditis elegans
Definition	Caenorhabditis elegans Abnormal cell migration protein 38 (mig-38), mRNA.

Target ORF information:

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

NM_001268640.2

ORF Insert Sequence:

ATGTCTTACG AAGAGGATGA CTGGTTCTCG TACAGAACAG AGTTCAACAA ACGGGCAGAC 
AGTCCACGAG CAGCCGGGAA CTATGATTTT GAGTCTGGAA ACATTGATAA CATCCCACTC 
AATGATGACG GACCATTATC ACCCAGTCAA GATTTCGATT TAGCTGGAAC ACTCGAGGAA 
TACGAATCGT ATGATTTGAG ATTATCACCG AACGGAGGAC TCAATCGAGA AGATCAACAA 
CCAGGTCCCA GTGGAAATAA CGATGGACAA TATCATGTTA TGCAGAATAA TGATTCATTT 
GCCCAGCATA TGCAATCATC GAATACAATT GAGTATAACT CATTCGAAAT GCCCACTGTT 
ATCAATTCTA ATCATGACGT CGGCCCGTAT CAAGATCTTG GTATTGATGA CCCTAATTCG 
TTTTATGCGA ATCAACAGCC ATCAACGTCA CAAGGGAATG ATATGATAAT CAATGAGAAC 
TATGAAATGA TGGGTCCATC GACATCATAT ATGCCACAAA TAGATCATAT GAATCCTTCT 
GGGAACTCTT CTTCGCAGAT TAATCATCAA CAGGGAATGA TTGTTCCACA AGTTCAACAA 
CAGCCCGCAA AACCGAAGAC AACAAAAAAG AGGCCTCCAC CGAAGAAAAA GACAGCTGCT 
CAAGCGCCTG ATACAGTTGG TACAGTACTC ACGAAAGTGA ATAAATTAAC TCAACAGATT 
GACAACAACA ACGACAATCA AGAACAAAAA ATTGAGACAC GAATATCTGC GGAAGACTTG 
GTTCGAGTCA GCGCGCTATT GAGCAGATTG GATGTATATC AGAAAGAACA GGCACAAGGA 
AATAACACTC ATGATCAAGA TATTGAAGCG CTTCAAGCTG AAATAGCACA GGTGTTTACC 
AAGAATATGG CAATGAGTGC GAATGATGCT CCAGGAAACA GTATACTTAG TCAAATTCAA 
AATCTCACAA GTATTGGTAG CTCAGCTTCA TCATCTGCAC AGCCTTCTCA ACCTGCCAAA 
AAAGCTGCTC CCAAGAGAAA AACCGTACCG AATACGGCAA AAAATCTCGC TCAAAATCAG 
CAGATAATGC CACCACAGGC TCAAATAACG CCTACCAAAC TCGTTATGGA TCCTCCGACA 
ACAACGATGG TTCCAAGTAG CAGTCAGTCG AATCATATGT ATAGTAATGA TGGCTTCACG 
ACATACAATC AAATGGATGA ACCCGGAACG AGTCAGCAAC AACAATATAA TGATTATCGA 
CAGCCTCCAT CTCAGGAATC AATGCAATAT GGTCACCAAC AGATTATTCA AGCAAGAGTT 
GTGCCTTCTA TGAACCAGAA AACTCATAAC TATCGTCAAG CAGTAGTGTT TGCATCTCCG 
AATACAAATG GACCGTCATC ACAACTACAA CGGCCACAAT CCGGCATGGA TCAAATGCAA 
GACCAACAAT ATCATGCTCA GGATCTTCAA GGATCCCAAG TTCAACAAAC ATTCGTTTCT 
GTACAACATG ACGGGCAAAT TTATCAAGAA GTGGAGCCAA CGTTGAGAGA TTTTGTTCGA 
CAGGGAAGGT ACCAAGGTCC ACAGGATGCA CCGCATCTTC GGCAACAGTT GATCACAAAT 
GTAAATGCGA CAACAAACAA GCAAATGGTT CATCGAAGTC AAGATCCGAC ACCATCGCCT 
GGAAACCTCC AACAATTCGG TGAACCTCTT CAACGCCATG GAAGCTATCC ACATAGTCAT 
GATATGAGAC CAAATTCACA TTCACAATCT CAACACAGCT ACAGTAATCA TTACGATGGA 
GCCACCGAGT TCTTTGATGT GTCAATGCAA CATCAAGATA GTCAAATGTC ACAAATTCAA 
CCAGGATCAC AACATTATGT TCAACAACAA GAGCTGTATC ATCCAATTGG AGATCAACAA 
CAAATGGTTG AACCTGAATC AGAATATCCG GTTCCCCAGG TTACCAATGA GTTGAGCGAA 
GAAGAGTTGA GAGCTATAAT GGAAGAAAAA CGACAGATTC GACAGAAACG ATTGAAAGAT 
ATCATGATAG ATCAACTGAA TCGATTAGAA GAGCCCGTGG ATGTAACTCC TTTCAGAAAT 
AAGATGGATG TTTTGGAACG ACTACTTCCA TATCATCATT TTGCAAATGA AGAAGAACCA 
GTGTCAGATT TTGATTCTAC GTTTCAAAGA GTTATGGATA ATGCTGTACA TCAGGCGAAT 
TCCATCGGAA ATCGAATTCG AAATATCGTA CTTCGTGATA CTATGAGATC TTCGACAGAG 
TGGGAAGAGA ACATGATCTT GTTCCTTGAA ACAGAATCGG AGCGTCGAAA ACTGGAAGAT 
GATAAGAAAT TGGCTGATCA AGATCTGAGC ACATTTTTGC GTAATAGTGA TATAATTCAA 
AACGTGAGAG CTAGAAGATT GGATGTGGAA CGAACGCGAC TAAGGGTTCC TCGAATTCCA 
GCACATTTGA AAGAACTTGA TCTTCAAAAC GGCCAGCTTT CGTCGCTGTA TCGAGAATAC 
GAGTTCGATT CATACGATGA AAATCGTCCA CGTGGATCAC CATTTGTCTA CGAAGAGCCA 
GAATCGGAAT CTGAGTCGGA ACCAGAAGCA GAGCCAGAAC CGAAGAAGGA CAATTTCGCC 
GAACCGGAAC CAGCTCGTGG CGATATTTCT CCACTCATCG GTTTCCCTCA ATTATCACCG 
ATTCCTTCTC CGTCAAGATA TCGAAATGAG AGTGAGAGCA CGTTTGATTG GAAAGATGAA 
GATGAATCCC CGTTGTTGTC TCCAGAAACT GAAAAAATCA ACAAAGCTGC AGATCAGTTT 
CGAAAGGAAA TTTTTGGGAC TCAAGAAGAT TTGGATAAAT CGGAACCATT TCCGTTTGAA 
CAAATATCTG AAGCTGCTCG GAATCAACAT CTCATCACAG CTCAACCACA ACTTCCTCGA 
GTGGATGCCA GCTCAATTGG ATCTCTTGCA AGTTCTTCAT CGACAGTTGA TCACAGTCCA 
CAATCCATCC ATCCAGTTTT CTCACCCAAA GCTGCAATCC AGTCAAGTTC AGTTCAAGTT 
ATGAAGCCTC CACGAAGTCC TAGTTCTGTT TCGTGTAAAC TATCAACGCC ATGTGTTGAA 
CAGTCTCTAC CAGAGGAAAG TCATTATGAA GGTTCACCTG AAATTGACGA GGATTATGAT 
ATGTCTCCGA TCAGAGAAAA TGAGCCGGCC GAACTAATTT CACTTCCAAT TTCAGTAAAT 
ATGATCAAGA AAGAGAAAGA GGATTCTACT CCAAAGTTGA AATTACGGAT CCCAGCTGCT 
GTTCTTCAGA ATGGTATTGT TGCAAGTGAA GATGAGAGTG ATGTGGCAGT TGAGGAAACT 
ATTCCTGCGA TTCGGAAGCC GCTTAAGCTG AGGTTCAATC TAAAAGATAT CAAGTTGGAA 
GAACCGTCAC CAGATCGAGA TGTAGCTAGC AGTCGTCCAA AATCGAGAAC TGAGCCGCCT 
CCAACTCCAG AAAAGTTGCA TGTTAAGATA AAAGCTTCAC CAGCTGAGAC GACGCCAACG 
AAGTTACAAT TGAAAGAAAA GTCGCCAGCA AAAACGCCAG TTTTCAAGAC TCCACTGCAA 
ACTCCGATCA AGATGACACC TTCGCCATCT GAATCGAGAA AACGTAGAAG TGCAAAAATC 
GAGGATAGTC CAGCCCAGAA GAAGAAACTT TTGAATTCGG GTAGCAGCTT TGTAACTCCA 
AAGAATGGAT TGAGGGCTGA ACTGGACGAG ACTGTCGAGA GACCTCTACG AATTATGACC 
GATGGACGGA AGATTGTGAT GAAGATTAGC AAAGTTTCGA GAAACATCAA TCACTTTGTT 
ACACCGCGCA GAGATAAGAA AGGAAATCTT CATAAAGATC TATCCCCGAC GAATTATACA 
CGATTAACGA TGAAGCTGAT GAAGAAGAAA GGGGAATTAT CAGTTGAATT CACTGAAACT 
CCCAATAAGA ATAGTGAGGA AGACGATCAT AAGATTCCAA ACATTCCTAG CACGAGTACT 
TCAATTCCAC CTGCTTCAAC AGTCGTTTCT TCCGTTTCCG TGAAGGGTAG ACCTGCTCCT 
GCTTCAAGAA AATCGTCGAT CGACACTGCT GGAAAGGACA AGAAAGGGCA ATTAGCAAAG 
AATAAAGCTG CGTTTTGCAA TCGTTTTAAT CCTTTCGCAA ACGTTCCCAG TTCGAAACCA 
TCGACTTCTT CTGCTGTTTC TGCTACTCCC TCAACATCTT CTGCAGTATC CGCAAAGCTT 
CCAACAGGAA AGACACCTGG TCGCCCCGTC GCTCTTTCAA CTCCAAGATC TTCGCATAAG 
CCACCACAAG CAGTTGTTGC TCCACGTCCA AATTTGATTC GAACTGCTCC GGTTGTACCG 
AAAATCACTG TCACAAATGC ATCGGAGAGC AGTCTTCCTT CTAAATCTCA TATCCCAATT 
GAAGTGAAAC CAAAGTTGTC TTCACTTCTT CCATGGGTAT CAGACACCGA TGAAAGCCCT 
GAACAGAAGC ATAAATTGAA GAAAACGATG CCTTCAATTA ATTTATTAAA AGTGAAAACG 
GAACCTCCGG AAGCTGATGC TGTTACATCA AAGCCTGAAT CTCCTCGTGC ATCATCGTCG 
ATGTCGTTTT TTGAAGACGC ATTTCTACGA TCCCCAAAAC GATCGAATGA GCCACTGCCT 
GTTGTCGAAT TTTCTGACGA CGAGGAGAAC GATTTGGCTC ATTCGACATT CAGTCATGCC 
ACTGATCATT TGCTAGGAAC TAGCAATATG AACAGCTCAA CAAATGGATC TTCATCAGGT 
CTACCTTGGT CCACGGATCC CTAA

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

mig-38 ( NM_001268640.1 ) cDNA ORF clone, Caenorhabditis elegans -> NP_001255569.1 Caenorhabditis elegans Abnormal cell migration protein 38 (mig-38), partial mRNA.

Price & Availability↑

CloneID	OCa344256
Clone ID Related Accession (Same CDS sequence)	NM_001268640.2 , NM_001268640.1
Accession Version	NM_001268640.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4824bp) 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	2019-04-08
Organism	Caenorhabditis elegans
Product	Abnormal cell migration protein 38
Comment	Comment: REVIEWED REFSEQ: This record has been curated by WormBase. This record is derived from an annotated genomic sequence (NC_003282). COMPLETENESS: incomplete on both ends.

ATGTCTTACG AAGAGGATGA CTGGTTCTCG TACAGAACAG AGTTCAACAA ACGGGCAGAC 
AGTCCACGAG CAGCCGGGAA CTATGATTTT GAGTCTGGAA ACATTGATAA CATCCCACTC 
AATGATGACG GACCATTATC ACCCAGTCAA GATTTCGATT TAGCTGGAAC ACTCGAGGAA 
TACGAATCGT ATGATTTGAG ATTATCACCG AACGGAGGAC TCAATCGAGA AGATCAACAA 
CCAGGTCCCA GTGGAAATAA CGATGGACAA TATCATGTTA TGCAGAATAA TGATTCATTT 
GCCCAGCATA TGCAATCATC GAATACAATT GAGTATAACT CATTCGAAAT GCCCACTGTT 
ATCAATTCTA ATCATGACGT CGGCCCGTAT CAAGATCTTG GTATTGATGA CCCTAATTCG 
TTTTATGCGA ATCAACAGCC ATCAACGTCA CAAGGGAATG ATATGATAAT CAATGAGAAC 
TATGAAATGA TGGGTCCATC GACATCATAT ATGCCACAAA TAGATCATAT GAATCCTTCT 
GGGAACTCTT CTTCGCAGAT TAATCATCAA CAGGGAATGA TTGTTCCACA AGTTCAACAA 
CAGCCCGCAA AACCGAAGAC AACAAAAAAG AGGCCTCCAC CGAAGAAAAA GACAGCTGCT 
CAAGCGCCTG ATACAGTTGG TACAGTACTC ACGAAAGTGA ATAAATTAAC TCAACAGATT 
GACAACAACA ACGACAATCA AGAACAAAAA ATTGAGACAC GAATATCTGC GGAAGACTTG 
GTTCGAGTCA GCGCGCTATT GAGCAGATTG GATGTATATC AGAAAGAACA GGCACAAGGA 
AATAACACTC ATGATCAAGA TATTGAAGCG CTTCAAGCTG AAATAGCACA GGTGTTTACC 
AAGAATATGG CAATGAGTGC GAATGATGCT CCAGGAAACA GTATACTTAG TCAAATTCAA 
AATCTCACAA GTATTGGTAG CTCAGCTTCA TCATCTGCAC AGCCTTCTCA ACCTGCCAAA 
AAAGCTGCTC CCAAGAGAAA AACCGTACCG AATACGGCAA AAAATCTCGC TCAAAATCAG 
CAGATAATGC CACCACAGGC TCAAATAACG CCTACCAAAC TCGTTATGGA TCCTCCGACA 
ACAACGATGG TTCCAAGTAG CAGTCAGTCG AATCATATGT ATAGTAATGA TGGCTTCACG 
ACATACAATC AAATGGATGA ACCCGGAACG AGTCAGCAAC AACAATATAA TGATTATCGA 
CAGCCTCCAT CTCAGGAATC AATGCAATAT GGTCACCAAC AGATTATTCA AGCAAGAGTT 
GTGCCTTCTA TGAACCAGAA AACTCATAAC TATCGTCAAG CAGTAGTGTT TGCATCTCCG 
AATACAAATG GACCGTCATC ACAACTACAA CGGCCACAAT CCGGCATGGA TCAAATGCAA 
GACCAACAAT ATCATGCTCA GGATCTTCAA GGATCCCAAG TTCAACAAAC ATTCGTTTCT 
GTACAACATG ACGGGCAAAT TTATCAAGAA GTGGAGCCAA CGTTGAGAGA TTTTGTTCGA 
CAGGGAAGGT ACCAAGGTCC ACAGGATGCA CCGCATCTTC GGCAACAGTT GATCACAAAT 
GTAAATGCGA CAACAAACAA GCAAATGGTT CATCGAAGTC AAGATCCGAC ACCATCGCCT 
GGAAACCTCC AACAATTCGG TGAACCTCTT CAACGCCATG GAAGCTATCC ACATAGTCAT 
GATATGAGAC CAAATTCACA TTCACAATCT CAACACAGCT ACAGTAATCA TTACGATGGA 
GCCACCGAGT TCTTTGATGT GTCAATGCAA CATCAAGATA GTCAAATGTC ACAAATTCAA 
CCAGGATCAC AACATTATGT TCAACAACAA GAGCTGTATC ATCCAATTGG AGATCAACAA 
CAAATGGTTG AACCTGAATC AGAATATCCG GTTCCCCAGG TTACCAATGA GTTGAGCGAA 
GAAGAGTTGA GAGCTATAAT GGAAGAAAAA CGACAGATTC GACAGAAACG ATTGAAAGAT 
ATCATGATAG ATCAACTGAA TCGATTAGAA GAGCCCGTGG ATGTAACTCC TTTCAGAAAT 
AAGATGGATG TTTTGGAACG ACTACTTCCA TATCATCATT TTGCAAATGA AGAAGAACCA 
GTGTCAGATT TTGATTCTAC GTTTCAAAGA GTTATGGATA ATGCTGTACA TCAGGCGAAT 
TCCATCGGAA ATCGAATTCG AAATATCGTA CTTCGTGATA CTATGAGATC TTCGACAGAG 
TGGGAAGAGA ACATGATCTT GTTCCTTGAA ACAGAATCGG AGCGTCGAAA ACTGGAAGAT 
GATAAGAAAT TGGCTGATCA AGATCTGAGC ACATTTTTGC GTAATAGTGA TATAATTCAA 
AACGTGAGAG CTAGAAGATT GGATGTGGAA CGAACGCGAC TAAGGGTTCC TCGAATTCCA 
GCACATTTGA AAGAACTTGA TCTTCAAAAC GGCCAGCTTT CGTCGCTGTA TCGAGAATAC 
GAGTTCGATT CATACGATGA AAATCGTCCA CGTGGATCAC CATTTGTCTA CGAAGAGCCA 
GAATCGGAAT CTGAGTCGGA ACCAGAAGCA GAGCCAGAAC CGAAGAAGGA CAATTTCGCC 
GAACCGGAAC CAGCTCGTGG CGATATTTCT CCACTCATCG GTTTCCCTCA ATTATCACCG 
ATTCCTTCTC CGTCAAGATA TCGAAATGAG AGTGAGAGCA CGTTTGATTG GAAAGATGAA 
GATGAATCCC CGTTGTTGTC TCCAGAAACT GAAAAAATCA ACAAAGCTGC AGATCAGTTT 
CGAAAGGAAA TTTTTGGGAC TCAAGAAGAT TTGGATAAAT CGGAACCATT TCCGTTTGAA 
CAAATATCTG AAGCTGCTCG GAATCAACAT CTCATCACAG CTCAACCACA ACTTCCTCGA 
GTGGATGCCA GCTCAATTGG ATCTCTTGCA AGTTCTTCAT CGACAGTTGA TCACAGTCCA 
CAATCCATCC ATCCAGTTTT CTCACCCAAA GCTGCAATCC AGTCAAGTTC AGTTCAAGTT 
ATGAAGCCTC CACGAAGTCC TAGTTCTGTT TCGTGTAAAC TATCAACGCC ATGTGTTGAA 
CAGTCTCTAC CAGAGGAAAG TCATTATGAA GGTTCACCTG AAATTGACGA GGATTATGAT 
ATGTCTCCGA TCAGAGAAAA TGAGCCGGCC GAACTAATTT CACTTCCAAT TTCAGTAAAT 
ATGATCAAGA AAGAGAAAGA GGATTCTACT CCAAAGTTGA AATTACGGAT CCCAGCTGCT 
GTTCTTCAGA ATGGTATTGT TGCAAGTGAA GATGAGAGTG ATGTGGCAGT TGAGGAAACT 
ATTCCTGCGA TTCGGAAGCC GCTTAAGCTG AGGTTCAATC TAAAAGATAT CAAGTTGGAA 
GAACCGTCAC CAGATCGAGA TGTAGCTAGC AGTCGTCCAA AATCGAGAAC TGAGCCGCCT 
CCAACTCCAG AAAAGTTGCA TGTTAAGATA AAAGCTTCAC CAGCTGAGAC GACGCCAACG 
AAGTTACAAT TGAAAGAAAA GTCGCCAGCA AAAACGCCAG TTTTCAAGAC TCCACTGCAA 
ACTCCGATCA AGATGACACC TTCGCCATCT GAATCGAGAA AACGTAGAAG TGCAAAAATC 
GAGGATAGTC CAGCCCAGAA GAAGAAACTT TTGAATTCGG GTAGCAGCTT TGTAACTCCA 
AAGAATGGAT TGAGGGCTGA ACTGGACGAG ACTGTCGAGA GACCTCTACG AATTATGACC 
GATGGACGGA AGATTGTGAT GAAGATTAGC AAAGTTTCGA GAAACATCAA TCACTTTGTT 
ACACCGCGCA GAGATAAGAA AGGAAATCTT CATAAAGATC TATCCCCGAC GAATTATACA 
CGATTAACGA TGAAGCTGAT GAAGAAGAAA GGGGAATTAT CAGTTGAATT CACTGAAACT 
CCCAATAAGA ATAGTGAGGA AGACGATCAT AAGATTCCAA ACATTCCTAG CACGAGTACT 
TCAATTCCAC CTGCTTCAAC AGTCGTTTCT TCCGTTTCCG TGAAGGGTAG ACCTGCTCCT 
GCTTCAAGAA AATCGTCGAT CGACACTGCT GGAAAGGACA AGAAAGGGCA ATTAGCAAAG 
AATAAAGCTG CGTTTTGCAA TCGTTTTAAT CCTTTCGCAA ACGTTCCCAG TTCGAAACCA 
TCGACTTCTT CTGCTGTTTC TGCTACTCCC TCAACATCTT CTGCAGTATC CGCAAAGCTT 
CCAACAGGAA AGACACCTGG TCGCCCCGTC GCTCTTTCAA CTCCAAGATC TTCGCATAAG 
CCACCACAAG CAGTTGTTGC TCCACGTCCA AATTTGATTC GAACTGCTCC GGTTGTACCG 
AAAATCACTG TCACAAATGC ATCGGAGAGC AGTCTTCCTT CTAAATCTCA TATCCCAATT 
GAAGTGAAAC CAAAGTTGTC TTCACTTCTT CCATGGGTAT CAGACACCGA TGAAAGCCCT 
GAACAGAAGC ATAAATTGAA GAAAACGATG CCTTCAATTA ATTTATTAAA AGTGAAAACG 
GAACCTCCGG AAGCTGATGC TGTTACATCA AAGCCTGAAT CTCCTCGTGC ATCATCGTCG 
ATGTCGTTTT TTGAAGACGC ATTTCTACGA TCCCCAAAAC GATCGAATGA GCCACTGCCT 
GTTGTCGAAT TTTCTGACGA CGAGGAGAAC GATTTGGCTC ATTCGACATT CAGTCATGCC 
ACTGATCATT TGCTAGGAAC TAGCAATATG AACAGCTCAA CAAATGGATC TTCATCAGGT 
CTACCTTGGT CCACGGATCC CTAA

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

RefSeq	NP_001255569.1
CDS	1..4824
Translation	MSYEEDDWFSYRTEFNKRADSPRAAGNYDFESGNIDNIPLNDDGPLSPSQDFDLAGTLEEYESYDLRLSPNGGLNREDQQPGPSGNNDGQYHVMQNNDSFAQHMQSSNTIEYNSFEMPTVINSNHDVGPYQDLGIDDPNSFYANQQPSTSQGNDMIINENYEMMGPSTSYMPQIDHMNPSGNSSSQINHQQGMIVPQVQQQPAKPKTTKKRPPPKKKTAAQAPDTVGTVLTKVNKLTQQIDNNNDNQEQKIETRISAEDLVRVSALLSRLDVYQKEQAQGNNTHDQDIEALQAEIAQVFTKNMAMSANDAPGNSILSQIQNLTSIGSSASSSAQPSQPAKKAAPKRKTVPNTAKNLAQNQQIMPPQAQITPTKLVMDPPTTTMVPSSSQSNHMYSNDGFTTYNQMDEPGTSQQQQYNDYRQPPSQESMQYGHQQIIQARVVPSMNQKTHNYRQAVVFASPNTNGPSSQLQRPQSGMDQMQDQQYHAQDLQGSQVQQTFVSVQHDGQIYQEVEPTLRDFVRQGRYQGPQDAPHLRQQLITNVNATTNKQMVHRSQDPTPSPGNLQQFGEPLQRHGSYPHSHDMRPNSHSQSQHSYSNHYDGATEFFDVSMQHQDSQMSQIQPGSQHYVQQQELYHPIGDQQQMVEPESEYPVPQVTNELSEEELRAIMEEKRQIRQKRLKDIMIDQLNRLEEPVDVTPFRNKMDVLERLLPYHHFANEEEPVSDFDSTFQRVMDNAVHQANSIGNRIRNIVLRDTMRSSTEWEENMILFLETESERRKLEDDKKLADQDLSTFLRNSDIIQNVRARRLDVERTRLRVPRIPAHLKELDLQNGQLSSLYREYEFDSYDENRPRGSPFVYEEPESESESEPEAEPEPKKDNFAEPEPARGDISPLIGFPQLSPIPSPSRYRNESESTFDWKDEDESPLLSPETEKINKAADQFRKEIFGTQEDLDKSEPFPFEQISEAARNQHLITAQPQLPRVDASSIGSLASSSSTVDHSPQSIHPVFSPKAAIQSSSVQVMKPPRSPSSVSCKLSTPCVEQSLPEESHYEGSPEIDEDYDMSPIRENEPAELISLPISVNMIKKEKEDSTPKLKLRIPAAVLQNGIVASEDESDVAVEETIPAIRKPLKLRFNLKDIKLEEPSPDRDVASSRPKSRTEPPPTPEKLHVKIKASPAETTPTKLQLKEKSPAKTPVFKTPLQTPIKMTPSPSESRKRRSAKIEDSPAQKKKLLNSGSSFVTPKNGLRAELDETVERPLRIMTDGRKIVMKISKVSRNINHFVTPRRDKKGNLHKDLSPTNYTRLTMKLMKKKGELSVEFTETPNKNSEEDDHKIPNIPSTSTSIPPASTVVSSVSVKGRPAPASRKSSIDTAGKDKKGQLAKNKAAFCNRFNPFANVPSSKPSTSSAVSATPSTSSAVSAKLPTGKTPGRPVALSTPRSSHKPPQAVVAPRPNLIRTAPVVPKITVTNASESSLPSKSHIPIEVKPKLSSLLPWVSDTDESPEQKHKLKKTMPSINLLKVKTEPPEADAVTSKPESPRASSSMSFFEDAFLRSPKRSNEPLPVVEFSDDEENDLAHSTFSHATDHLLGTSNMNSSTNGSSSGLPWSTDP

Target ORF information:

RefSeq Version	NM_001268640.1
Organism	Caenorhabditis elegans
Definition	Caenorhabditis elegans Abnormal cell migration protein 38 (mig-38), partial mRNA.

Target ORF information:

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

NM_001268640.1

ORF Insert Sequence:

ATGTCTTACG AAGAGGATGA CTGGTTCTCG TACAGAACAG AGTTCAACAA ACGGGCAGAC 
AGTCCACGAG CAGCCGGGAA CTATGATTTT GAGTCTGGAA ACATTGATAA CATCCCACTC 
AATGATGACG GACCATTATC ACCCAGTCAA GATTTCGATT TAGCTGGAAC ACTCGAGGAA 
TACGAATCGT ATGATTTGAG ATTATCACCG AACGGAGGAC TCAATCGAGA AGATCAACAA 
CCAGGTCCCA GTGGAAATAA CGATGGACAA TATCATGTTA TGCAGAATAA TGATTCATTT 
GCCCAGCATA TGCAATCATC GAATACAATT GAGTATAACT CATTCGAAAT GCCCACTGTT 
ATCAATTCTA ATCATGACGT CGGCCCGTAT CAAGATCTTG GTATTGATGA CCCTAATTCG 
TTTTATGCGA ATCAACAGCC ATCAACGTCA CAAGGGAATG ATATGATAAT CAATGAGAAC 
TATGAAATGA TGGGTCCATC GACATCATAT ATGCCACAAA TAGATCATAT GAATCCTTCT 
GGGAACTCTT CTTCGCAGAT TAATCATCAA CAGGGAATGA TTGTTCCACA AGTTCAACAA 
CAGCCCGCAA AACCGAAGAC AACAAAAAAG AGGCCTCCAC CGAAGAAAAA GACAGCTGCT 
CAAGCGCCTG ATACAGTTGG TACAGTACTC ACGAAAGTGA ATAAATTAAC TCAACAGATT 
GACAACAACA ACGACAATCA AGAACAAAAA ATTGAGACAC GAATATCTGC GGAAGACTTG 
GTTCGAGTCA GCGCGCTATT GAGCAGATTG GATGTATATC AGAAAGAACA GGCACAAGGA 
AATAACACTC ATGATCAAGA TATTGAAGCG CTTCAAGCTG AAATAGCACA GGTGTTTACC 
AAGAATATGG CAATGAGTGC GAATGATGCT CCAGGAAACA GTATACTTAG TCAAATTCAA 
AATCTCACAA GTATTGGTAG CTCAGCTTCA TCATCTGCAC AGCCTTCTCA ACCTGCCAAA 
AAAGCTGCTC CCAAGAGAAA AACCGTACCG AATACGGCAA AAAATCTCGC TCAAAATCAG 
CAGATAATGC CACCACAGGC TCAAATAACG CCTACCAAAC TCGTTATGGA TCCTCCGACA 
ACAACGATGG TTCCAAGTAG CAGTCAGTCG AATCATATGT ATAGTAATGA TGGCTTCACG 
ACATACAATC AAATGGATGA ACCCGGAACG AGTCAGCAAC AACAATATAA TGATTATCGA 
CAGCCTCCAT CTCAGGAATC AATGCAATAT GGTCACCAAC AGATTATTCA AGCAAGAGTT 
GTGCCTTCTA TGAACCAGAA AACTCATAAC TATCGTCAAG CAGTAGTGTT TGCATCTCCG 
AATACAAATG GACCGTCATC ACAACTACAA CGGCCACAAT CCGGCATGGA TCAAATGCAA 
GACCAACAAT ATCATGCTCA GGATCTTCAA GGATCCCAAG TTCAACAAAC ATTCGTTTCT 
GTACAACATG ACGGGCAAAT TTATCAAGAA GTGGAGCCAA CGTTGAGAGA TTTTGTTCGA 
CAGGGAAGGT ACCAAGGTCC ACAGGATGCA CCGCATCTTC GGCAACAGTT GATCACAAAT 
GTAAATGCGA CAACAAACAA GCAAATGGTT CATCGAAGTC AAGATCCGAC ACCATCGCCT 
GGAAACCTCC AACAATTCGG TGAACCTCTT CAACGCCATG GAAGCTATCC ACATAGTCAT 
GATATGAGAC CAAATTCACA TTCACAATCT CAACACAGCT ACAGTAATCA TTACGATGGA 
GCCACCGAGT TCTTTGATGT GTCAATGCAA CATCAAGATA GTCAAATGTC ACAAATTCAA 
CCAGGATCAC AACATTATGT TCAACAACAA GAGCTGTATC ATCCAATTGG AGATCAACAA 
CAAATGGTTG AACCTGAATC AGAATATCCG GTTCCCCAGG TTACCAATGA GTTGAGCGAA 
GAAGAGTTGA GAGCTATAAT GGAAGAAAAA CGACAGATTC GACAGAAACG ATTGAAAGAT 
ATCATGATAG ATCAACTGAA TCGATTAGAA GAGCCCGTGG ATGTAACTCC TTTCAGAAAT 
AAGATGGATG TTTTGGAACG ACTACTTCCA TATCATCATT TTGCAAATGA AGAAGAACCA 
GTGTCAGATT TTGATTCTAC GTTTCAAAGA GTTATGGATA ATGCTGTACA TCAGGCGAAT 
TCCATCGGAA ATCGAATTCG AAATATCGTA CTTCGTGATA CTATGAGATC TTCGACAGAG 
TGGGAAGAGA ACATGATCTT GTTCCTTGAA ACAGAATCGG AGCGTCGAAA ACTGGAAGAT 
GATAAGAAAT TGGCTGATCA AGATCTGAGC ACATTTTTGC GTAATAGTGA TATAATTCAA 
AACGTGAGAG CTAGAAGATT GGATGTGGAA CGAACGCGAC TAAGGGTTCC TCGAATTCCA 
GCACATTTGA AAGAACTTGA TCTTCAAAAC GGCCAGCTTT CGTCGCTGTA TCGAGAATAC 
GAGTTCGATT CATACGATGA AAATCGTCCA CGTGGATCAC CATTTGTCTA CGAAGAGCCA 
GAATCGGAAT CTGAGTCGGA ACCAGAAGCA GAGCCAGAAC CGAAGAAGGA CAATTTCGCC 
GAACCGGAAC CAGCTCGTGG CGATATTTCT CCACTCATCG GTTTCCCTCA ATTATCACCG 
ATTCCTTCTC CGTCAAGATA TCGAAATGAG AGTGAGAGCA CGTTTGATTG GAAAGATGAA 
GATGAATCCC CGTTGTTGTC TCCAGAAACT GAAAAAATCA ACAAAGCTGC AGATCAGTTT 
CGAAAGGAAA TTTTTGGGAC TCAAGAAGAT TTGGATAAAT CGGAACCATT TCCGTTTGAA 
CAAATATCTG AAGCTGCTCG GAATCAACAT CTCATCACAG CTCAACCACA ACTTCCTCGA 
GTGGATGCCA GCTCAATTGG ATCTCTTGCA AGTTCTTCAT CGACAGTTGA TCACAGTCCA 
CAATCCATCC ATCCAGTTTT CTCACCCAAA GCTGCAATCC AGTCAAGTTC AGTTCAAGTT 
ATGAAGCCTC CACGAAGTCC TAGTTCTGTT TCGTGTAAAC TATCAACGCC ATGTGTTGAA 
CAGTCTCTAC CAGAGGAAAG TCATTATGAA GGTTCACCTG AAATTGACGA GGATTATGAT 
ATGTCTCCGA TCAGAGAAAA TGAGCCGGCC GAACTAATTT CACTTCCAAT TTCAGTAAAT 
ATGATCAAGA AAGAGAAAGA GGATTCTACT CCAAAGTTGA AATTACGGAT CCCAGCTGCT 
GTTCTTCAGA ATGGTATTGT TGCAAGTGAA GATGAGAGTG ATGTGGCAGT TGAGGAAACT 
ATTCCTGCGA TTCGGAAGCC GCTTAAGCTG AGGTTCAATC TAAAAGATAT CAAGTTGGAA 
GAACCGTCAC CAGATCGAGA TGTAGCTAGC AGTCGTCCAA AATCGAGAAC TGAGCCGCCT 
CCAACTCCAG AAAAGTTGCA TGTTAAGATA AAAGCTTCAC CAGCTGAGAC GACGCCAACG 
AAGTTACAAT TGAAAGAAAA GTCGCCAGCA AAAACGCCAG TTTTCAAGAC TCCACTGCAA 
ACTCCGATCA AGATGACACC TTCGCCATCT GAATCGAGAA AACGTAGAAG TGCAAAAATC 
GAGGATAGTC CAGCCCAGAA GAAGAAACTT TTGAATTCGG GTAGCAGCTT TGTAACTCCA 
AAGAATGGAT TGAGGGCTGA ACTGGACGAG ACTGTCGAGA GACCTCTACG AATTATGACC 
GATGGACGGA AGATTGTGAT GAAGATTAGC AAAGTTTCGA GAAACATCAA TCACTTTGTT 
ACACCGCGCA GAGATAAGAA AGGAAATCTT CATAAAGATC TATCCCCGAC GAATTATACA 
CGATTAACGA TGAAGCTGAT GAAGAAGAAA GGGGAATTAT CAGTTGAATT CACTGAAACT 
CCCAATAAGA ATAGTGAGGA AGACGATCAT AAGATTCCAA ACATTCCTAG CACGAGTACT 
TCAATTCCAC CTGCTTCAAC AGTCGTTTCT TCCGTTTCCG TGAAGGGTAG ACCTGCTCCT 
GCTTCAAGAA AATCGTCGAT CGACACTGCT GGAAAGGACA AGAAAGGGCA ATTAGCAAAG 
AATAAAGCTG CGTTTTGCAA TCGTTTTAAT CCTTTCGCAA ACGTTCCCAG TTCGAAACCA 
TCGACTTCTT CTGCTGTTTC TGCTACTCCC TCAACATCTT CTGCAGTATC CGCAAAGCTT 
CCAACAGGAA AGACACCTGG TCGCCCCGTC GCTCTTTCAA CTCCAAGATC TTCGCATAAG 
CCACCACAAG CAGTTGTTGC TCCACGTCCA AATTTGATTC GAACTGCTCC GGTTGTACCG 
AAAATCACTG TCACAAATGC ATCGGAGAGC AGTCTTCCTT CTAAATCTCA TATCCCAATT 
GAAGTGAAAC CAAAGTTGTC TTCACTTCTT CCATGGGTAT CAGACACCGA TGAAAGCCCT 
GAACAGAAGC ATAAATTGAA GAAAACGATG CCTTCAATTA ATTTATTAAA AGTGAAAACG 
GAACCTCCGG AAGCTGATGC TGTTACATCA AAGCCTGAAT CTCCTCGTGC ATCATCGTCG 
ATGTCGTTTT TTGAAGACGC ATTTCTACGA TCCCCAAAAC GATCGAATGA GCCACTGCCT 
GTTGTCGAAT TTTCTGACGA CGAGGAGAAC GATTTGGCTC ATTCGACATT CAGTCATGCC 
ACTGATCATT TGCTAGGAAC TAGCAATATG AACAGCTCAA CAAATGGATC TTCATCAGGT 
CTACCTTGGT CCACGGATCC CTAA

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

PubMed

Genome sequence of the nematode C. elegans: a platform for investigating biology.
Science (New York, N.Y.)282(5396)2012-8(1998 Dec)

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mig-38 cDNA ORF clone, Caenorhabditis elegans

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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