Smp_135900 cDNA ORF clone, Schistosoma mansoni

Gene
Clones
gRNAs

Summary

Gene Symbol	Smp_135900
Entrez Gene ID	8352427
Full Name	putative dna double-strand break repair rad50 ATPase
Gene Type	protein-coding
Organism	Schistosoma mansoni

mRNA and Protein(s)

mRNA	Protein	Name
XM_018789532.1	XP_018654966.1	putative dna double-strand break repair rad50 ATPase

Pathways from BioSystems
Gene Ontology

The following Smp_135900 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Smp_135900 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
OSc76692	XM_018789532.1 Latest version!	Schistosoma mansoni putative dna double-strand break repair rad50 ATPase partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$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)

Smp_135900 ( XM_018789532.1 ) cDNA ORF clone, Schistosoma mansoni -> XP_018654966.1 Schistosoma mansoni putative dna double-strand break repair rad50 ATPase partial mRNA.

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CloneID	OSc76692
Clone ID Related Accession (Same CDS sequence)	XM_018789532.1
Accession Version	XM_018789532.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3285bp) 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	2016-10-18
Organism	Schistosoma mansoni
Product	putative dna double-strand break repair rad50 ATPase
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_031502). COMPLETENESS: incomplete on the 5' end.

ATGGGTCTGC GCTTGAAGTC CAAATTATTT ATGAGTGCAG CATTCAAGCT TCCTAGCACA 
ATGCATTATC ATATTGTTGA AATGACTCAA CCTCTTATTG AAGATTGCCC CATCTCGATG 
GCTTCTTTTG AAGCGTTAAG CTTAGATTTA GAAAACCACC CGCTGACACC CATTCACCAG 
AGCAGGAATA TAAAGGCTCC TTTGACTTGT CCTGTCATTT CAAAAGTACC AATGTTACCG 
TTTGGACACA AAGAATTAAA TGTAACTGGT CCTGACCTTA CTTTTGATGA TACACATTCT 
GGGAATGAAC TTTCTTACAG ATGTACTGGT CACTCCTTAT ACTCATCTCC ACAAACCTTT 
TTTGAATCGC TTCATGTTCG CAAAGGAAAA AGCTGTATCA CAAAATCTGG GTTTGGAAAT 
GATTTCGAGT CAGAAATCGA CTCTCCTCTG TATTCATTAA AATCAATTCT AGAGTCACCA 
CAAGTTGTTC CTAAGGGCCA ACTTTTATCT AAATTGGATG AAATTCGATC CTTGTCTTCT 
AAGCTATCTG AGGTCCAGCA TTTATATGAA GAAAACATGT GTGAACTTAG TCGCTTGAGT 
TCCGAGTTGC AAGCTTCAGA AATGAAGAGA AAAGAAACAG AGATTCGCTT GAAGCGACGT 
GAATCAGAGT TAAACGAAGT GCGTGATGAA TTGGCTTACG AAATAGAAAT GCGTTCATTT 
CACGAACAAC GATCTAATCT TGTTGATCAT CTACAGGAAA GTCTGAATGA TGCTTTGGAA 
AAATTAAAGG TAGTTAATCG ATTGGACAAG GAAAACCAGG AGCTTCTCAA AGAAAACCGT 
AACTTAAAAA CTAAGGAAAA AGAATTGGAA AGTATTCGTT CGCGTTTGTC ATCTCAACAA 
GAACTTGAAC ACCAACTTAC TCAAATGAAA GTTGTTGCTC GGCTTGCAGA TAGTGAGATA 
CATGAACTAT TGTGTCATCG CGAACGACTT CTAGCTAGAT CCGAAGCGGA ATGCGTAGCA 
CAGGCGAATT CTTTGATTCA TGTTTCAAAT GCAGGTTCTG CTGAGAGTTT AGCTTCTGTG 
GTGATGATAA ATAATCAGCT TCATGATCTT GAGTCAGCTG TTGTTAAGGC ACGAACAGAC 
TACCAAATTA TGAGAAAGAA ATACATTGTA CAACGCTTCA ATTCATTGTT CGGAAAAGTC 
CTTGCAAAAC ACCGAGGCAG TATGATTAAC ACCTTTCAAT ATTCATGTGA GGTTTTGACA 
AAAGAACTTG ATAATCTCAA ATCAGTCATG CATACTAGAT TCGAAAAACT CTGTGAAAAA 
ATTCTGAGTT CAGAGGCAAA GTTGACTCAA GCCAATAAAG AAGTTACAGA GATAAAAGTT 
AAGCAGATAA AAGTGATCAC TGAATTATGT GCTCAGAAAA AACAGCTTTC TATTGAAATG 
GATAAAATCC GATTAGAATC TGAGATTGGC TTTCATGAAT GGGAAAACAA AGTGAACTTA 
CTGAAGACCG AAAATTATGA ATTGAATGCC AAGATTGCAT CTATTCATTC TTGTTTTGGA 
GGCGGTCATG TAAAGATTGA TGAAGAACTA AAGAAAATGA AAGAGGCTGA TATGGAAGTA 
TCTAAATTAA AGTCAAAAGT CGTTGAGGTT GAAGACAAAT ATGATAAGTT AATAATTTTA 
AATAAGGATT TACGTGCTGA GCTTAATGAT CAAATTGATG CCAATAAAGC GTTTAGAGCG 
TCTGCTGAAG AAGAGCTAGT CGACGAAAAA GAAAAGGTTT CTCAGGTTTC AGCCCTGTCT 
GATAGATTTA AAAGTGAAGT AGCCGATCTA CGCTGCAATC TCTCTAAAAC AAGGGAACAC 
TTATTAGAGG TTGAAGAAAG CTTAAAAGTC AAAAATGACG TAGTTTTATC TCTGCAATCA 
ACAAACAACC AGTTAGAGGA CAAACTGTCA CTGACTGAAA CTTCTTATAA GCTGAAGGAA 
AAAGAGGTTT GTAGGTTGGT GTCTCAAATA ATAGAATTAG AATCTGAAAA TAAACGAAGT 
TCTGAGAAAA TCGATGAGCT TGAAAACTTA GCTAAGTCAT CCAGTCATAT CCAACTAGAT 
CTGGAGCATC ATTTAGAAAC CCTGCGAAGT CAACTTAACG AAATGGAAAG TGGATGGTTG 
TCTACGCGTG CGCAGCTGGC TGAAACAAGG CAACAATTAA TTAAGACAGA AGAGCTACTT 
CACGATACGA GGTTGCGTCT TTTACGAGCG AACTATGAAA AAGCGGAAGT TTTAGAACGC 
TTAACACTAA CCAAACCAAA AAATGGAAGA ACCCAGTCAA CATTAGATCT CACCTCTGAT 
ATGTCATCTA CAACATATAA TAATGTAAGT ACTGGAATCA AGCTAGTTCA TTCGGAATCA 
GCATCAGGAG ATTTTTCTTG TAAAAATAAG CTTTCCAGTG TAGAAATTCA AAATAATCTC 
AGTAAAATTG ATCACATCGG CACAGCCAGT AAGCCAGCTG GAAAATCTTT TTCAGACATT 
GCTGTTCAAA AGTGTGATCC ACGTTCACAT CGTATATGTT TAAATCATTC ATCTGGTGAT 
ATGAAAGAAT GGCCTCCATA TTCATCCATT ACTGCTCCAG TTAGTCCTGG TGGATTAAAA 
AAAGAAAATC ATAAAGCATT GTCTGGTACG TCTATACCAT TTCATAGTTG TCGCTTTGGG 
CGTCTGATTA TTTCACCTGA TGGAGATGAA GCAAAAGAAC TAAGGTCAAT CACTTATCAA 
ATGACACACA AACTTTACTC AGCTCCATCG AAGACAGAAA ACGAGAACCA GTTAGTTGAA 
ATGGAGCTGA ATACGCCTGC TACAAGCATA TCAACTGAAC ATGAAAAGCA ACATAATTCA 
GAATCGGTCT CACTGGGTTT ACCATATATA CCTGAAACTC CTGCGTATAT GTTGAACATG 
GCCAATCTTT CTCGAAGTTG CAGTGCTTAT GAGATTGCTA CAGTACCACT TAAACTTTCG 
TGCAAAAGTG ATCTATCTCT ATCTACCAAA AACACATTGT CGTCAACATC AAATTGTTCA 
TTTCCTATGA ATAATGACAA ACCGAAGTTT AAGTATGGTA AGTGGGTCCC CAAAAAACTT 
CACAAACGTT CGAAACATGG AGTTTCGCAA GATCTAAAGA TTAAAGTTGG TCGATTCTTA 
GAGCCTTATC CGCCAAGTTC TAATGTTCAG AGAAATAAGG AATTAAAAGA AGATAATTCT 
GCTAACAAGT CGACGTGGCA TAGAGTATGG TCAAAAAACA AGTAG

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

RefSeq	XP_018654966.1
CDS	1..3285
Translation	MGLRLKSKLFMSAAFKLPSTMHYHIVEMTQPLIEDCPISMASFEALSLDLENHPLTPIHQSRNIKAPLTCPVISKVPMLPFGHKELNVTGPDLTFDDTHSGNELSYRCTGHSLYSSPQTFFESLHVRKGKSCITKSGFGNDFESEIDSPLYSLKSILESPQVVPKGQLLSKLDEIRSLSSKLSEVQHLYEENMCELSRLSSELQASEMKRKETEIRLKRRESELNEVRDELAYEIEMRSFHEQRSNLVDHLQESLNDALEKLKVVNRLDKENQELLKENRNLKTKEKELESIRSRLSSQQELEHQLTQMKVVARLADSEIHELLCHRERLLARSEAECVAQANSLIHVSNAGSAESLASVVMINNQLHDLESAVVKARTDYQIMRKKYIVQRFNSLFGKVLAKHRGSMINTFQYSCEVLTKELDNLKSVMHTRFEKLCEKILSSEAKLTQANKEVTEIKVKQIKVITELCAQKKQLSIEMDKIRLESEIGFHEWENKVNLLKTENYELNAKIASIHSCFGGGHVKIDEELKKMKEADMEVSKLKSKVVEVEDKYDKLIILNKDLRAELNDQIDANKAFRASAEEELVDEKEKVSQVSALSDRFKSEVADLRCNLSKTREHLLEVEESLKVKNDVVLSLQSTNNQLEDKLSLTETSYKLKEKEVCRLVSQIIELESENKRSSEKIDELENLAKSSSHIQLDLEHHLETLRSQLNEMESGWLSTRAQLAETRQQLIKTEELLHDTRLRLLRANYEKAEVLERLTLTKPKNGRTQSTLDLTSDMSSTTYNNVSTGIKLVHSESASGDFSCKNKLSSVEIQNNLSKIDHIGTASKPAGKSFSDIAVQKCDPRSHRICLNHSSGDMKEWPPYSSITAPVSPGGLKKENHKALSGTSIPFHSCRFGRLIISPDGDEAKELRSITYQMTHKLYSAPSKTENENQLVEMELNTPATSISTEHEKQHNSESVSLGLPYIPETPAYMLNMANLSRSCSAYEIATVPLKLSCKSDLSLSTKNTLSSTSNCSFPMNNDKPKFKYGKWVPKKLHKRSKHGVSQDLKIKVGRFLEPYPPSSNVQRNKELKEDNSANKSTWHRVWSKNK

Target ORF information:

RefSeq Version	XM_018789532.1
Organism	Schistosoma mansoni
Definition	Schistosoma mansoni putative dna double-strand break repair rad50 ATPase partial mRNA.

Target ORF information:

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

XM_018789532.1

ORF Insert Sequence:

ATGGGTCTGC GCTTGAAGTC CAAATTATTT ATGAGTGCAG CATTCAAGCT TCCTAGCACA 
ATGCATTATC ATATTGTTGA AATGACTCAA CCTCTTATTG AAGATTGCCC CATCTCGATG 
GCTTCTTTTG AAGCGTTAAG CTTAGATTTA GAAAACCACC CGCTGACACC CATTCACCAG 
AGCAGGAATA TAAAGGCTCC TTTGACTTGT CCTGTCATTT CAAAAGTACC AATGTTACCG 
TTTGGACACA AAGAATTAAA TGTAACTGGT CCTGACCTTA CTTTTGATGA TACACATTCT 
GGGAATGAAC TTTCTTACAG ATGTACTGGT CACTCCTTAT ACTCATCTCC ACAAACCTTT 
TTTGAATCGC TTCATGTTCG CAAAGGAAAA AGCTGTATCA CAAAATCTGG GTTTGGAAAT 
GATTTCGAGT CAGAAATCGA CTCTCCTCTG TATTCATTAA AATCAATTCT AGAGTCACCA 
CAAGTTGTTC CTAAGGGCCA ACTTTTATCT AAATTGGATG AAATTCGATC CTTGTCTTCT 
AAGCTATCTG AGGTCCAGCA TTTATATGAA GAAAACATGT GTGAACTTAG TCGCTTGAGT 
TCCGAGTTGC AAGCTTCAGA AATGAAGAGA AAAGAAACAG AGATTCGCTT GAAGCGACGT 
GAATCAGAGT TAAACGAAGT GCGTGATGAA TTGGCTTACG AAATAGAAAT GCGTTCATTT 
CACGAACAAC GATCTAATCT TGTTGATCAT CTACAGGAAA GTCTGAATGA TGCTTTGGAA 
AAATTAAAGG TAGTTAATCG ATTGGACAAG GAAAACCAGG AGCTTCTCAA AGAAAACCGT 
AACTTAAAAA CTAAGGAAAA AGAATTGGAA AGTATTCGTT CGCGTTTGTC ATCTCAACAA 
GAACTTGAAC ACCAACTTAC TCAAATGAAA GTTGTTGCTC GGCTTGCAGA TAGTGAGATA 
CATGAACTAT TGTGTCATCG CGAACGACTT CTAGCTAGAT CCGAAGCGGA ATGCGTAGCA 
CAGGCGAATT CTTTGATTCA TGTTTCAAAT GCAGGTTCTG CTGAGAGTTT AGCTTCTGTG 
GTGATGATAA ATAATCAGCT TCATGATCTT GAGTCAGCTG TTGTTAAGGC ACGAACAGAC 
TACCAAATTA TGAGAAAGAA ATACATTGTA CAACGCTTCA ATTCATTGTT CGGAAAAGTC 
CTTGCAAAAC ACCGAGGCAG TATGATTAAC ACCTTTCAAT ATTCATGTGA GGTTTTGACA 
AAAGAACTTG ATAATCTCAA ATCAGTCATG CATACTAGAT TCGAAAAACT CTGTGAAAAA 
ATTCTGAGTT CAGAGGCAAA GTTGACTCAA GCCAATAAAG AAGTTACAGA GATAAAAGTT 
AAGCAGATAA AAGTGATCAC TGAATTATGT GCTCAGAAAA AACAGCTTTC TATTGAAATG 
GATAAAATCC GATTAGAATC TGAGATTGGC TTTCATGAAT GGGAAAACAA AGTGAACTTA 
CTGAAGACCG AAAATTATGA ATTGAATGCC AAGATTGCAT CTATTCATTC TTGTTTTGGA 
GGCGGTCATG TAAAGATTGA TGAAGAACTA AAGAAAATGA AAGAGGCTGA TATGGAAGTA 
TCTAAATTAA AGTCAAAAGT CGTTGAGGTT GAAGACAAAT ATGATAAGTT AATAATTTTA 
AATAAGGATT TACGTGCTGA GCTTAATGAT CAAATTGATG CCAATAAAGC GTTTAGAGCG 
TCTGCTGAAG AAGAGCTAGT CGACGAAAAA GAAAAGGTTT CTCAGGTTTC AGCCCTGTCT 
GATAGATTTA AAAGTGAAGT AGCCGATCTA CGCTGCAATC TCTCTAAAAC AAGGGAACAC 
TTATTAGAGG TTGAAGAAAG CTTAAAAGTC AAAAATGACG TAGTTTTATC TCTGCAATCA 
ACAAACAACC AGTTAGAGGA CAAACTGTCA CTGACTGAAA CTTCTTATAA GCTGAAGGAA 
AAAGAGGTTT GTAGGTTGGT GTCTCAAATA ATAGAATTAG AATCTGAAAA TAAACGAAGT 
TCTGAGAAAA TCGATGAGCT TGAAAACTTA GCTAAGTCAT CCAGTCATAT CCAACTAGAT 
CTGGAGCATC ATTTAGAAAC CCTGCGAAGT CAACTTAACG AAATGGAAAG TGGATGGTTG 
TCTACGCGTG CGCAGCTGGC TGAAACAAGG CAACAATTAA TTAAGACAGA AGAGCTACTT 
CACGATACGA GGTTGCGTCT TTTACGAGCG AACTATGAAA AAGCGGAAGT TTTAGAACGC 
TTAACACTAA CCAAACCAAA AAATGGAAGA ACCCAGTCAA CATTAGATCT CACCTCTGAT 
ATGTCATCTA CAACATATAA TAATGTAAGT ACTGGAATCA AGCTAGTTCA TTCGGAATCA 
GCATCAGGAG ATTTTTCTTG TAAAAATAAG CTTTCCAGTG TAGAAATTCA AAATAATCTC 
AGTAAAATTG ATCACATCGG CACAGCCAGT AAGCCAGCTG GAAAATCTTT TTCAGACATT 
GCTGTTCAAA AGTGTGATCC ACGTTCACAT CGTATATGTT TAAATCATTC ATCTGGTGAT 
ATGAAAGAAT GGCCTCCATA TTCATCCATT ACTGCTCCAG TTAGTCCTGG TGGATTAAAA 
AAAGAAAATC ATAAAGCATT GTCTGGTACG TCTATACCAT TTCATAGTTG TCGCTTTGGG 
CGTCTGATTA TTTCACCTGA TGGAGATGAA GCAAAAGAAC TAAGGTCAAT CACTTATCAA 
ATGACACACA AACTTTACTC AGCTCCATCG AAGACAGAAA ACGAGAACCA GTTAGTTGAA 
ATGGAGCTGA ATACGCCTGC TACAAGCATA TCAACTGAAC ATGAAAAGCA ACATAATTCA 
GAATCGGTCT CACTGGGTTT ACCATATATA CCTGAAACTC CTGCGTATAT GTTGAACATG 
GCCAATCTTT CTCGAAGTTG CAGTGCTTAT GAGATTGCTA CAGTACCACT TAAACTTTCG 
TGCAAAAGTG ATCTATCTCT ATCTACCAAA AACACATTGT CGTCAACATC AAATTGTTCA 
TTTCCTATGA ATAATGACAA ACCGAAGTTT AAGTATGGTA AGTGGGTCCC CAAAAAACTT 
CACAAACGTT CGAAACATGG AGTTTCGCAA GATCTAAAGA TTAAAGTTGG TCGATTCTTA 
GAGCCTTATC CGCCAAGTTC TAATGTTCAG AGAAATAAGG AATTAAAAGA AGATAATTCT 
GCTAACAAGT CGACGTGGCA TAGAGTATGG TCAAAAAACA AGTAG