TERG_01186 cDNA ORF clone, Trichophyton rubrum CBS 118892

Gene
Clones
gRNAs

Summary

Gene Symbol	TERG_01186
Entrez Gene ID	10374109
Full Name	SWI/SNF family DNA-dependent ATPase Ris1
Gene Type	protein-coding
Organism	Trichophyton rubrum CBS 118892

mRNA and Protein(s)

mRNA	Protein	Name
XM_003239156.1	XP_003239204.1	SWI/SNF family DNA-dependent ATPase Ris1

Pathways from BioSystems
Gene Ontology

The following TERG_01186 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TERG_01186 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
OTr108527	XM_003239156.1 Latest version!	Trichophyton rubrum CBS 118892 SWI/SNF family DNA-dependent ATPase Ris1 (TERG_01186) mRNA, complete cds.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

TERG_01186 ( XM_003239156.1 ) cDNA ORF clone, Trichophyton rubrum CBS 118892 -> XP_003239204.1 Trichophyton rubrum CBS 118892 SWI/SNF family DNA-dependent ATPase Ris1 (TERG_01186) mRNA, complete cds.

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CloneID	OTr108527
Clone ID Related Accession (Same CDS sequence)	XM_003239156.1
Accession Version	XM_003239156.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3516bp) 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	2011-03-30
Organism	Trichophyton rubrum CBS 118892
Product	SWI/SNF family DNA-dependent ATPase Ris1
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_003456428). COMPLETENESS: incomplete on both ends.

ATGGACTCAG GCGAGATTGA AAAAATGCTT TCATGGTCGG ACTCCGAGGA CAAGGCCACT 
TTCAGCTACA ACAACACCCC GGCTGGAAGC CGTCGAGCGC TGTCCCCGCT GCCACCGACT 
ACCAAAACCA CAACCCAGCA CAGGACGCCA CCTCAGGCGT CTTCCTCGTC TTCCTCCTCT 
TCATCCCACC TGCCTGCGCC CGCCATGGAA GCTGGTCCTT CACGAAAACG GCCTCGAGCG 
CCCTCGTCGC CCAACACTTC GTCTGCTCTA CTCCACGACT CGAAAACTCG TCGACACGCC 
TCTTCTCAAC GAAACACTGG CCCTTCTAAC CAGCCTGCTT CCGCTACTGC TCCCGACCCT 
GATCTGCTTG GTTTTTTTGG CATAGACGAA GATGATGAAT TCATCGCACT AGAGGAGGAG 
CAGCGTAAAG CTGAGGCCTG GCTTAAAGAA CGGCGAGAAC AAGAGCGCAG AGACGAAGAG 
TTTGCTCGCA CTTTGCAGGA GACCTGGGAT GAGACGTTAC ATAATTCGTC AAGATCTGAT 
GAACAGGATG AGATTGTATA TCGACCTCCT CCACCTCCTG CTCCGACAGC GATGCTTCAG 
CGGCAAAACC CAACACCAAT TCAGGAATAT ACTCAGCCGC ATTTCACTCC ACGGCCACAA 
CTAGGAAGAC ATGCATCAAC ACTTAGTCCA ATGAGCGAAC AGGCGAGGCC TATGCTTCCT 
CCGCTTGGGC CTGTGTCAGC ATCCAGATCG TCCTCTGGTT TCCCAGTTCC TTCGCGAAGC 
AGCGTTTTTG AGAGAAAAGA CGCCAGCAAT TCCACAAGCT CCTGGCAGAA GACCGGCTTT 
GGTGGCCGCT CATTTGGATC CGGATTCTCA CAAAATAATG GGTCAAGAAC TGAAGAACCC 
TGGCGTGCCA CTCCAAATAA TTATATCGAG TTGAGCAGTG ATAGTGATGT AGAGGATTCA 
TCGAATTCAT TACCGAACAG GGCTCCGTCC GCGGCAGTCG GCAACAGTCC TAGGGCCATG 
TATATTGCCC CAACTTACAA GGGAAATCCA TACGGAAATT CGAGTGTTGC GGGATCTAGC 
GAACGGCTCC CTGGAGTTCA CAGACTTGGA CAGATGTTTG GTCAGGGCCT AAGAACCTTT 
GACTTTAATA GAAGTCTGGA AGAGTTAAAC TATCCACCTT CTATGCGACC ATTTATGACC 
AACCAATGCC CACCAGGCTG CCTCTGTGGA AGAGAAGCAT CACATGCCTA TTTATCGGCA 
AGATCACGGA TCGATAGCTT ACGGGAAATG TATGCCGTTG ACGGACTGAC TCCCGACGAA 
ATGAAAAAGG AGCTCAAGTC TCTCCTCGAG AACATTCGTC CAGACCAAGA ACTCGACCTC 
AACCGTGAAG GGACTCCAGA AGCGCTCAAA TTCCCACTTA TGGAGCACCA GAAACTGGGG 
CTAGCCTGGA TGAGATCAAT GGAAGAAGGC TCAAACAAGG GAGGAATTCT CGCGGATGAC 
ATGGGCCTCG GGAAGACGAT CCAGGCACTA GCCTTGATGG TCTCTAGGCC CAGTACCGAC 
CCTGCGCGCA AGACAAACCT TATCATCGCC CCGGTTGCTT TAATTCAACA GTGGAAGCGC 
GAAATTAACC GCATGTTGAA ACCAGGTTCT CAAAACCAGC TCTCCATCTT CATCCTACAC 
GGAGAGCGCC GTTCAATCAA ATTTCAGGAC TTGCGGCGTT ACGACGTTGT GTTGACTACA 
TTTGGCACTT TAGCATCTGA ACTCAAACGC AAGGAGCAGT GGATGAAATT CAAAAAGGAC 
AACCCAACCG CTTATCAAAA TCTCTCTATT ACACCCCTGG ATGATATGCC ACTACTAGGT 
GAAATTAGCA AGTGGTACCG AATCATCATC GATGAAGCAC AGTGTATTAA GAACCGCGGT 
ACCAAGAGTG CTCAGGCATG CTATGAACTC CAATCGATCT ATAGGTGGTG TATGAGTGGC 
ACTCCAATGA TGAATAATGT GCAAGAGCTC TACTCCTTGA TATGTTTCCT CCGAATTGGA 
CCGTACAACA AGCTCGAGCG GTTCAATAGC ACATTTACAA GACCCCTGAA AAATGATACA 
AACGCAGTCC AAAGTACGGC TATGAAGAAA CTCCAGGCTC TTCTCAAAGC AATCCTTCTC 
CGCCGCACCA AATCGTCCAA AATAGATGGA AAACCGATTC TTCAACTTCC TCCTCGTGTC 
ACTGAAAAAG TGCATACCAT CTTCAGCTCA GATGAGCAAG AATTCTACAA GGCTCTTGAA 
ACCCAGTCAC AACTTCAGTT CAATAGATAT CTCCAGGCTG GCACTGTTGG GAGAAATTAT 
TCGAATGTGC TTGTTTTACT ATTGCGATTG CGCCAGGCTT GCTGCCATCC GCATCTAATT 
AATGATTTCG CAGTCAATCT TGTCACCAAT TCAGGAGAAA TTGACCTCAT TGCTAACGCC 
AAAAAGCTTG ACAATACTGT CGTTGAACGA CTCAAGGCGC AAGAGGCCTT GGAATGTCCA 
GTTTGCATAG ACGTGGCTGA AAACGCAGTT ATCTTCTTTC CTTGTGGTCA CAGCACCTGT 
GCAGAATGCT TTGCAAGGAT CTCAGATCCC GCGCAAGGAT TGATGCAGGG CAATGATGGG 
ACAATAGAGG TTAAATGTCC TTCCTGTCGG GCCAAGATTG ACCCCAAGAA GGTTACAGAC 
CATGCATCCT TCCAGAAAGT CCATGTCTCG GGTGAAAACA CAACTGCTGA AGATGGAAAG 
TCTGTTGGAC AAGCTGATGA TACGGCGGAT AGCGACAGCG ACAGCGACGA TGATAACAGG 
GGCACGCTCA ATGGCTTTAT CGTCCGGGAT AGAGACGAAG AAAGAAGCAA AAAGGGCAAA 
GGGAAAGCCA AACCGAAGAA AACTCTTGCT GAGCTAAAAA AGGACGCCCA GCGTAACGTC 
AAGGCCAAAC GCAAATACCT TCGCACCCTT GATAAACGGT GGGAAACCAG TGCCAAAGTC 
GATAAGACAA TTGAAATTCT ACAATCACTA CGTGATTCAG GGGACGAGAA GACTATCATA 
TTCAGCCAGT TTACTTCCCT TCTTGACCTT ATCGAAGTTC CTATCAACCG ACGAGGCTGG 
AACTACAGGC GTTATGACGG CAGTATGAAA CCAGCAGACC GCAACGACTC CGTCCTCGAC 
TTTACCGATA ACCCAGACTG CCGTATCATG CTTGTCTCGC TCAAAGCTGG TAACTCCGGC 
CTCAATCTCG TTGCTGCCTC GCAAGTTATT ATTCTTGATC CTTTCTGGAA CCCATATATT 
GAGGACCAGG CCATTGATCG TGCTCATCGT ATTGGGCAAT TAAGACCTGT TATGGTTCAT 
AGACTTTTGA TTGAAAACAC AGTCGAAGAT CGAATTATTG CTCTCCAAGA TAAGAAGAGA 
CAGATTATAG AGGGCGCTTT AGATGAGAAA GCAAGCTCTA ACGTTGGCAG ACTGGGTGTC 
CAGGAATTGA ACTTCCTATT CAACGGCCAT CAGTAG

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

RefSeq	XP_003239204.1
CDS	1..3516
Translation	MDSGEIEKMLSWSDSEDKATFSYNNTPAGSRRALSPLPPTTKTTTQHRTPPQASSSSSSSSSHLPAPAMEAGPSRKRPRAPSSPNTSSALLHDSKTRRHASSQRNTGPSNQPASATAPDPDLLGFFGIDEDDEFIALEEEQRKAEAWLKERREQERRDEEFARTLQETWDETLHNSSRSDEQDEIVYRPPPPPAPTAMLQRQNPTPIQEYTQPHFTPRPQLGRHASTLSPMSEQARPMLPPLGPVSASRSSSGFPVPSRSSVFERKDASNSTSSWQKTGFGGRSFGSGFSQNNGSRTEEPWRATPNNYIELSSDSDVEDSSNSLPNRAPSAAVGNSPRAMYIAPTYKGNPYGNSSVAGSSERLPGVHRLGQMFGQGLRTFDFNRSLEELNYPPSMRPFMTNQCPPGCLCGREASHAYLSARSRIDSLREMYAVDGLTPDEMKKELKSLLENIRPDQELDLNREGTPEALKFPLMEHQKLGLAWMRSMEEGSNKGGILADDMGLGKTIQALALMVSRPSTDPARKTNLIIAPVALIQQWKREINRMLKPGSQNQLSIFILHGERRSIKFQDLRRYDVVLTTFGTLASELKRKEQWMKFKKDNPTAYQNLSITPLDDMPLLGEISKWYRIIIDEAQCIKNRGTKSAQACYELQSIYRWCMSGTPMMNNVQELYSLICFLRIGPYNKLERFNSTFTRPLKNDTNAVQSTAMKKLQALLKAILLRRTKSSKIDGKPILQLPPRVTEKVHTIFSSDEQEFYKALETQSQLQFNRYLQAGTVGRNYSNVLVLLLRLRQACCHPHLINDFAVNLVTNSGEIDLIANAKKLDNTVVERLKAQEALECPVCIDVAENAVIFFPCGHSTCAECFARISDPAQGLMQGNDGTIEVKCPSCRAKIDPKKVTDHASFQKVHVSGENTTAEDGKSVGQADDTADSDSDSDDDNRGTLNGFIVRDRDEERSKKGKGKAKPKKTLAELKKDAQRNVKAKRKYLRTLDKRWETSAKVDKTIEILQSLRDSGDEKTIIFSQFTSLLDLIEVPINRRGWNYRRYDGSMKPADRNDSVLDFTDNPDCRIMLVSLKAGNSGLNLVAASQVIILDPFWNPYIEDQAIDRAHRIGQLRPVMVHRLLIENTVEDRIIALQDKKRQIIEGALDEKASSNVGRLGVQELNFLFNGHQ

Target ORF information:

RefSeq Version	XM_003239156.1
Organism	Trichophyton rubrum CBS 118892
Definition	Trichophyton rubrum CBS 118892 SWI/SNF family DNA-dependent ATPase Ris1 (TERG_01186) mRNA, complete cds.

Target ORF information:

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

XM_003239156.1

ORF Insert Sequence:

ATGGACTCAG GCGAGATTGA AAAAATGCTT TCATGGTCGG ACTCCGAGGA CAAGGCCACT 
TTCAGCTACA ACAACACCCC GGCTGGAAGC CGTCGAGCGC TGTCCCCGCT GCCACCGACT 
ACCAAAACCA CAACCCAGCA CAGGACGCCA CCTCAGGCGT CTTCCTCGTC TTCCTCCTCT 
TCATCCCACC TGCCTGCGCC CGCCATGGAA GCTGGTCCTT CACGAAAACG GCCTCGAGCG 
CCCTCGTCGC CCAACACTTC GTCTGCTCTA CTCCACGACT CGAAAACTCG TCGACACGCC 
TCTTCTCAAC GAAACACTGG CCCTTCTAAC CAGCCTGCTT CCGCTACTGC TCCCGACCCT 
GATCTGCTTG GTTTTTTTGG CATAGACGAA GATGATGAAT TCATCGCACT AGAGGAGGAG 
CAGCGTAAAG CTGAGGCCTG GCTTAAAGAA CGGCGAGAAC AAGAGCGCAG AGACGAAGAG 
TTTGCTCGCA CTTTGCAGGA GACCTGGGAT GAGACGTTAC ATAATTCGTC AAGATCTGAT 
GAACAGGATG AGATTGTATA TCGACCTCCT CCACCTCCTG CTCCGACAGC GATGCTTCAG 
CGGCAAAACC CAACACCAAT TCAGGAATAT ACTCAGCCGC ATTTCACTCC ACGGCCACAA 
CTAGGAAGAC ATGCATCAAC ACTTAGTCCA ATGAGCGAAC AGGCGAGGCC TATGCTTCCT 
CCGCTTGGGC CTGTGTCAGC ATCCAGATCG TCCTCTGGTT TCCCAGTTCC TTCGCGAAGC 
AGCGTTTTTG AGAGAAAAGA CGCCAGCAAT TCCACAAGCT CCTGGCAGAA GACCGGCTTT 
GGTGGCCGCT CATTTGGATC CGGATTCTCA CAAAATAATG GGTCAAGAAC TGAAGAACCC 
TGGCGTGCCA CTCCAAATAA TTATATCGAG TTGAGCAGTG ATAGTGATGT AGAGGATTCA 
TCGAATTCAT TACCGAACAG GGCTCCGTCC GCGGCAGTCG GCAACAGTCC TAGGGCCATG 
TATATTGCCC CAACTTACAA GGGAAATCCA TACGGAAATT CGAGTGTTGC GGGATCTAGC 
GAACGGCTCC CTGGAGTTCA CAGACTTGGA CAGATGTTTG GTCAGGGCCT AAGAACCTTT 
GACTTTAATA GAAGTCTGGA AGAGTTAAAC TATCCACCTT CTATGCGACC ATTTATGACC 
AACCAATGCC CACCAGGCTG CCTCTGTGGA AGAGAAGCAT CACATGCCTA TTTATCGGCA 
AGATCACGGA TCGATAGCTT ACGGGAAATG TATGCCGTTG ACGGACTGAC TCCCGACGAA 
ATGAAAAAGG AGCTCAAGTC TCTCCTCGAG AACATTCGTC CAGACCAAGA ACTCGACCTC 
AACCGTGAAG GGACTCCAGA AGCGCTCAAA TTCCCACTTA TGGAGCACCA GAAACTGGGG 
CTAGCCTGGA TGAGATCAAT GGAAGAAGGC TCAAACAAGG GAGGAATTCT CGCGGATGAC 
ATGGGCCTCG GGAAGACGAT CCAGGCACTA GCCTTGATGG TCTCTAGGCC CAGTACCGAC 
CCTGCGCGCA AGACAAACCT TATCATCGCC CCGGTTGCTT TAATTCAACA GTGGAAGCGC 
GAAATTAACC GCATGTTGAA ACCAGGTTCT CAAAACCAGC TCTCCATCTT CATCCTACAC 
GGAGAGCGCC GTTCAATCAA ATTTCAGGAC TTGCGGCGTT ACGACGTTGT GTTGACTACA 
TTTGGCACTT TAGCATCTGA ACTCAAACGC AAGGAGCAGT GGATGAAATT CAAAAAGGAC 
AACCCAACCG CTTATCAAAA TCTCTCTATT ACACCCCTGG ATGATATGCC ACTACTAGGT 
GAAATTAGCA AGTGGTACCG AATCATCATC GATGAAGCAC AGTGTATTAA GAACCGCGGT 
ACCAAGAGTG CTCAGGCATG CTATGAACTC CAATCGATCT ATAGGTGGTG TATGAGTGGC 
ACTCCAATGA TGAATAATGT GCAAGAGCTC TACTCCTTGA TATGTTTCCT CCGAATTGGA 
CCGTACAACA AGCTCGAGCG GTTCAATAGC ACATTTACAA GACCCCTGAA AAATGATACA 
AACGCAGTCC AAAGTACGGC TATGAAGAAA CTCCAGGCTC TTCTCAAAGC AATCCTTCTC 
CGCCGCACCA AATCGTCCAA AATAGATGGA AAACCGATTC TTCAACTTCC TCCTCGTGTC 
ACTGAAAAAG TGCATACCAT CTTCAGCTCA GATGAGCAAG AATTCTACAA GGCTCTTGAA 
ACCCAGTCAC AACTTCAGTT CAATAGATAT CTCCAGGCTG GCACTGTTGG GAGAAATTAT 
TCGAATGTGC TTGTTTTACT ATTGCGATTG CGCCAGGCTT GCTGCCATCC GCATCTAATT 
AATGATTTCG CAGTCAATCT TGTCACCAAT TCAGGAGAAA TTGACCTCAT TGCTAACGCC 
AAAAAGCTTG ACAATACTGT CGTTGAACGA CTCAAGGCGC AAGAGGCCTT GGAATGTCCA 
GTTTGCATAG ACGTGGCTGA AAACGCAGTT ATCTTCTTTC CTTGTGGTCA CAGCACCTGT 
GCAGAATGCT TTGCAAGGAT CTCAGATCCC GCGCAAGGAT TGATGCAGGG CAATGATGGG 
ACAATAGAGG TTAAATGTCC TTCCTGTCGG GCCAAGATTG ACCCCAAGAA GGTTACAGAC 
CATGCATCCT TCCAGAAAGT CCATGTCTCG GGTGAAAACA CAACTGCTGA AGATGGAAAG 
TCTGTTGGAC AAGCTGATGA TACGGCGGAT AGCGACAGCG ACAGCGACGA TGATAACAGG 
GGCACGCTCA ATGGCTTTAT CGTCCGGGAT AGAGACGAAG AAAGAAGCAA AAAGGGCAAA 
GGGAAAGCCA AACCGAAGAA AACTCTTGCT GAGCTAAAAA AGGACGCCCA GCGTAACGTC 
AAGGCCAAAC GCAAATACCT TCGCACCCTT GATAAACGGT GGGAAACCAG TGCCAAAGTC 
GATAAGACAA TTGAAATTCT ACAATCACTA CGTGATTCAG GGGACGAGAA GACTATCATA 
TTCAGCCAGT TTACTTCCCT TCTTGACCTT ATCGAAGTTC CTATCAACCG ACGAGGCTGG 
AACTACAGGC GTTATGACGG CAGTATGAAA CCAGCAGACC GCAACGACTC CGTCCTCGAC 
TTTACCGATA ACCCAGACTG CCGTATCATG CTTGTCTCGC TCAAAGCTGG TAACTCCGGC 
CTCAATCTCG TTGCTGCCTC GCAAGTTATT ATTCTTGATC CTTTCTGGAA CCCATATATT 
GAGGACCAGG CCATTGATCG TGCTCATCGT ATTGGGCAAT TAAGACCTGT TATGGTTCAT 
AGACTTTTGA TTGAAAACAC AGTCGAAGAT CGAATTATTG CTCTCCAAGA TAAGAAGAGA 
CAGATTATAG AGGGCGCTTT AGATGAGAAA GCAAGCTCTA ACGTTGGCAG ACTGGGTGTC 
CAGGAATTGA ACTTCCTATT CAACGGCCAT CAGTAG