T310_5993 cDNA ORF clone, Rasamsonia emersonii CBS 393.64

Gene
Clones
gRNAs

Summary

Gene Symbol	T310_5993
Entrez Gene ID	25318313
Full Name	SWI/SNF family DNA-dependent ATPase Ris1
Synonyms	Temer06201
Gene Type	protein-coding
Organism	Rasamsonia emersonii CBS 393.64

mRNA and Protein(s)

mRNA	Protein	Name
XM_013471153.1	XP_013326607.1	SWI/SNF family DNA-dependent ATPase Ris1

Pathways from BioSystems
Gene Ontology

The following T310_5993 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the T310_5993 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
ORc54405	XM_013471153.1 Latest version!	Rasamsonia emersonii CBS 393.64 SWI/SNF family DNA-dependent ATPase Ris1 mRNA.	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)

T310_5993 ( XM_013471153.1 ) cDNA ORF clone, Rasamsonia emersonii CBS 393.64 -> XP_013326607.1 Rasamsonia emersonii CBS 393.64 SWI/SNF family DNA-dependent ATPase Ris1 mRNA.

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CloneID	ORc54405
Clone ID Related Accession (Same CDS sequence)	XM_013471153.1
Accession Version	XM_013471153.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3606bp) 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	2015-08-11
Organism	Rasamsonia emersonii CBS 393.64
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_013563058). COMPLETENESS: incomplete on both ends.

ATGGAGGACC TCCAACTACA TCAAGCCCTA CTTCAGAGTC TCATAGAATC GCGCCCGGGA 
GCAGTCGAAG AAAGGGAAGA ACTGCAAGAG ACGATAAGAC AGCTGGAACG GAAGTTGGCC 
CGCTGTCGTG GCGAGTCTTC TCGTCCCTCC TCATCGCGTA CTGCTACGTC AACCCCAGTC 
GTTTCACAGT TGGATGGCCC ATCGGATGGG AGAGAAGAGA GCCCGCCATT CTGGGGCAAC 
ATCTGGGGCA GCGTAAATGA TATTGACACG ACGTCGACAG TGCTCAGACG TTCCCCGTCC 
CATCAGTCTT ATCGTTCCTC CTCCCCGGAT TTCTCTCGGT TTCCGCAGTC GTTACACAGT 
CGAAAGCGCT CGCATCGATC TGCGGCGTTG GGCGAACCCT CAGGACCGTC GTCGAAGCGA 
ATTACCTCCT TCGAATCCCG TCCCTCTACC CCAAGTGCTT CGTCGGTGCA TAGTTTGGGA 
GAGAGGCCCG GCTCCTTGGA TGGGAGTACT GAAGAGCTGC AGAGGTTGCT AGGGTTTGAT 
AGTCGTGACA CTCTCTTAGC CATGCAACGC GAACAAATGG AGGCGGAGAG GTGGTTGGAA 
GAGCGCAAGG AACAAGAACG TCGCGATGCG GAGTATGCGA GGGCCCTTCA GGAGTGGTGG 
CATGAATCAT CTCGTCCATC CTCGGCATCC TCTTCGGGTC CTGGCTATGG AGGACAATCA 
GGCTCTGGAA CAATGCCGCC ACCACCTGGC CCTGCACGGG ATTATTCTGG ATTTCCTACA 
ACTGGAGATC GATCACTGCC GCCAACCACA CAGCCTCCTT TTACACCTTC TTTCCGCCGT 
TCGTTCATGG GTTCTCACCA GCTTAACTCA CTGCCTGCTC CGTCAACTTC CACCCCAGAC 
AGCAGCGATA GTGATGTAGC CGAGATCAGC CCATTAGATT TCCATCGCAG TGTGCAGCGC 
GTCTCCATGG GACCACCGCC CAGACCGAAC ACCAATTATT CATGGCTTAA TGCTGGGTCT 
CGGGGCGAGG AAACGATTCT GGCTGGTGGT AGAACTTCTT TCCCATCAAC TTTCCCGAGG 
TCACTGGGAG AGTCTTCCTC CACCGCGATA ACGAACCGTT ACAACTCGGT TCAAGAAACC 
GGTCAACTCA AACCTCAAGC TTCTTCCACG TATCAACAAG ACCCATACAT GAACGGTTTG 
GACAAGCTCA ATGCAGGAAA ATCGCTTTAC AATAACTTCC CAGATTCACC TCTTTCAAGC 
ATTGGTCCTA CCTGCGGCGA TCCGTTTGCA AGCCTTGGAT ATGATCTTCC TGCTTGGGCC 
CGGTACAGGG AACTCTATCC GTCCTATCTG TCTGACTATG ACAACAAGAA GACTACTGAG 
GAGATCAAGG AACTGCTGGA GAATCTTCGA GCTGATGCTG AAATTCCAAA GGAAAGTCGT 
GAAGGAACCC CAGAGCCTTT GAAGTATCCT TTACTGGAGC ATCAGAAACT CGGGTTGACT 
TGGATGAAGT CGATGGAAGA AGGCAAGAAC AAAGGTGGTA TTCTAGCCGA CGATATGGGG 
TTGGGAAAGA CCATACAAGC TCTTGCGCTC ATGGTTTCGC GGCCATCGTC CGACCCGAAT 
CGGAAAACCA ATCTTATTGT TGCGCCAGTG GCTTTGATGC AGCAGTGGAA GCGGGAAATC 
ACGAGAATGC TCAAACCGGG AAGACACCAG CTCTCCGTCT ATGTTCTACA TGGCGAAAAG 
CGAGGTGTCG ACTTTACTTA TCTGAAGAAA TTCGACGTGG TTCTCACAAC CTTCGGGACG 
CTCGCATCGG AGCTCAGGCG TAAAGAAGAA TGGCTTCAGA CGCAGCAAGC TGCCGCGCAT 
ACTTCTTCCA ACATCACTGC GGAGCAGTTT GGTCTTCCTG TTCTTGGGCC GAAGAGCGCC 
TGGTATCGCG TGATCATCGA TGAAGCTCAA TGCATCAAGA ATCGCAACAC GAAAGCTGCA 
GTGGCCTGTT GCAGCATCAA TGCCATCTAT AGATGGTGCA TGAGCGGCAC TCCCATGATG 
AACAATGTGA CGGAGCTACA TTCCCTGCTG AAATTCTTAC GTATCCGACC ATATTCCGAT 
TTGGAGCAGT TTAACAAGGA CTTCACGAAA CCATTGAAGG TTGGAGACGA GAGAGTGCAC 
CAGAAGGCAT TGCAACAGTT GCAGGTTTTG CTGAAGGCTG TTCTTCTCCG CCGAACGAAA 
ACCTCCAAGA TTGACGGAAG ACCAATTCTG CAGTTGCCGC CCCGAATAAC CGAGGAAGTC 
CACGCCGTGT TCAGCGAAGA TGAGCAAGCG TTCTACGACG CATTGGAGAA CAAGACTCAA 
CTCCAGTTCA ACAAGTATCT TAACGCTGGG ACTATTGGTC GGAATTATTC CAACATTCTG 
GTGTTGCTTC TTCGACTCCG CCAGGCGTGT TGCCACCCGC ACTTGATACA CGACTTCGCC 
GTTGATGTCA GTGCTGCCAC GGGAGAAATT GACCTGATAG CAAACGCGAA GGCGTTTAGT 
GCCGATGTGG TTCAGCGCCT AAAGGAGAAC GAACCTCTGG AGTGTCCCGT TTGCATTGAC 
GGGGTGGAAA ACCCGGTTAT TTTCTTCCCT TGTGGCCATA GCACTTGCGC GGAGTGTTTT 
GCCCGGATTT CAGACCCGGC GCTGGCTATT CAGCAGGGCA ATAACGATGG CACTGTGGAA 
GTAAAATGCC CCAACTGTCG TACCAAAATC GACCCGAAAA AGGTCACGGA CAATGCGTCT 
TTCAAGAAGG TTCACTTCCC TGACACGGTC GAAGGGGAGC AGGACGATGC CGACGACGAT 
GACTCGGATG AGAAGAGCGA TAGTGACGAC GATAGTGGCA GCCTGTCTGA CTTTATTGTT 
CCTGATGACT ACATTGATGA GCCCGCAGAA TCATCCTCCA AAGGCAAGAA GAAGGACAAA 
AAGGGCAAGG GAAAGGAGCG CAGCAAACCC AAAAAGACAC TGGCAATGCT GAAGAAAGAA 
GCACAAAAGA ATGCGGCGGC AAAACGCAAG TATCTCCGCC GCTTGCAGAA GAATTGGGCT 
AGCAGTGCCA AAGTCGACAA GACAATGGAA CTCTTGCAGA AGATTCAGGA TGCCGGGGAG 
GGTGAGAAGA CGATTATTTT CAGCCAATTT ACGGCGCTTC TGGATCTTCT CGAAGTGCCG 
ATCATGCGGA AGGGCTGGGG TTACCGACGC TACGATGGCA GCATGAAGCC CGCAGACCGG 
AATAATGCGG TTGCGGAATT CACGGACAAC CCAGATTGCA AGATCATGCT CGTGTCGTTG 
AAAGCCGGCA ACTCGGGTCT GAATCTTGTG GCTGCGTCGC AAGTGATCAT CTTCGACCCG 
TTCTGGAATC CGTACATCGA AGACCAGGCC GTTGATCGGG CACATCGGAT TGGGCAGACG 
CGGCCGGTTC GTGTCCACCG CATCTTGGTG AAGAAGACGG TGGAAGACCG CATTCTGGCG 
TTGCAGGAGA AGAAACGCGA GCTGATCGAG GGTGCTCTGG ACGAGGCGGC GGGGAAGCGA 
GTGTCGCGAC TGGGAGAGAG GGAACTAAAG TTTCTATTCG TATGGAAACC CTCTCTTTTT 
TTCTAG

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

RefSeq	XP_013326607.1
CDS	1..3606
Translation	MEDLQLHQALLQSLIESRPGAVEEREELQETIRQLERKLARCRGESSRPSSSRTATSTPVVSQLDGPSDGREESPPFWGNIWGSVNDIDTTSTVLRRSPSHQSYRSSSPDFSRFPQSLHSRKRSHRSAALGEPSGPSSKRITSFESRPSTPSASSVHSLGERPGSLDGSTEELQRLLGFDSRDTLLAMQREQMEAERWLEERKEQERRDAEYARALQEWWHESSRPSSASSSGPGYGGQSGSGTMPPPPGPARDYSGFPTTGDRSLPPTTQPPFTPSFRRSFMGSHQLNSLPAPSTSTPDSSDSDVAEISPLDFHRSVQRVSMGPPPRPNTNYSWLNAGSRGEETILAGGRTSFPSTFPRSLGESSSTAITNRYNSVQETGQLKPQASSTYQQDPYMNGLDKLNAGKSLYNNFPDSPLSSIGPTCGDPFASLGYDLPAWARYRELYPSYLSDYDNKKTTEEIKELLENLRADAEIPKESREGTPEPLKYPLLEHQKLGLTWMKSMEEGKNKGGILADDMGLGKTIQALALMVSRPSSDPNRKTNLIVAPVALMQQWKREITRMLKPGRHQLSVYVLHGEKRGVDFTYLKKFDVVLTTFGTLASELRRKEEWLQTQQAAAHTSSNITAEQFGLPVLGPKSAWYRVIIDEAQCIKNRNTKAAVACCSINAIYRWCMSGTPMMNNVTELHSLLKFLRIRPYSDLEQFNKDFTKPLKVGDERVHQKALQQLQVLLKAVLLRRTKTSKIDGRPILQLPPRITEEVHAVFSEDEQAFYDALENKTQLQFNKYLNAGTIGRNYSNILVLLLRLRQACCHPHLIHDFAVDVSAATGEIDLIANAKAFSADVVQRLKENEPLECPVCIDGVENPVIFFPCGHSTCAECFARISDPALAIQQGNNDGTVEVKCPNCRTKIDPKKVTDNASFKKVHFPDTVEGEQDDADDDDSDEKSDSDDDSGSLSDFIVPDDYIDEPAESSSKGKKKDKKGKGKERSKPKKTLAMLKKEAQKNAAAKRKYLRRLQKNWASSAKVDKTMELLQKIQDAGEGEKTIIFSQFTALLDLLEVPIMRKGWGYRRYDGSMKPADRNNAVAEFTDNPDCKIMLVSLKAGNSGLNLVAASQVIIFDPFWNPYIEDQAVDRAHRIGQTRPVRVHRILVKKTVEDRILALQEKKRELIEGALDEAAGKRVSRLGERELKFLFVWKPSLFF

Target ORF information:

RefSeq Version	XM_013471153.1
Organism	Rasamsonia emersonii CBS 393.64
Definition	Rasamsonia emersonii CBS 393.64 SWI/SNF family DNA-dependent ATPase Ris1 mRNA.

Target ORF information:

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

XM_013471153.1

ORF Insert Sequence:

ATGGAGGACC TCCAACTACA TCAAGCCCTA CTTCAGAGTC TCATAGAATC GCGCCCGGGA 
GCAGTCGAAG AAAGGGAAGA ACTGCAAGAG ACGATAAGAC AGCTGGAACG GAAGTTGGCC 
CGCTGTCGTG GCGAGTCTTC TCGTCCCTCC TCATCGCGTA CTGCTACGTC AACCCCAGTC 
GTTTCACAGT TGGATGGCCC ATCGGATGGG AGAGAAGAGA GCCCGCCATT CTGGGGCAAC 
ATCTGGGGCA GCGTAAATGA TATTGACACG ACGTCGACAG TGCTCAGACG TTCCCCGTCC 
CATCAGTCTT ATCGTTCCTC CTCCCCGGAT TTCTCTCGGT TTCCGCAGTC GTTACACAGT 
CGAAAGCGCT CGCATCGATC TGCGGCGTTG GGCGAACCCT CAGGACCGTC GTCGAAGCGA 
ATTACCTCCT TCGAATCCCG TCCCTCTACC CCAAGTGCTT CGTCGGTGCA TAGTTTGGGA 
GAGAGGCCCG GCTCCTTGGA TGGGAGTACT GAAGAGCTGC AGAGGTTGCT AGGGTTTGAT 
AGTCGTGACA CTCTCTTAGC CATGCAACGC GAACAAATGG AGGCGGAGAG GTGGTTGGAA 
GAGCGCAAGG AACAAGAACG TCGCGATGCG GAGTATGCGA GGGCCCTTCA GGAGTGGTGG 
CATGAATCAT CTCGTCCATC CTCGGCATCC TCTTCGGGTC CTGGCTATGG AGGACAATCA 
GGCTCTGGAA CAATGCCGCC ACCACCTGGC CCTGCACGGG ATTATTCTGG ATTTCCTACA 
ACTGGAGATC GATCACTGCC GCCAACCACA CAGCCTCCTT TTACACCTTC TTTCCGCCGT 
TCGTTCATGG GTTCTCACCA GCTTAACTCA CTGCCTGCTC CGTCAACTTC CACCCCAGAC 
AGCAGCGATA GTGATGTAGC CGAGATCAGC CCATTAGATT TCCATCGCAG TGTGCAGCGC 
GTCTCCATGG GACCACCGCC CAGACCGAAC ACCAATTATT CATGGCTTAA TGCTGGGTCT 
CGGGGCGAGG AAACGATTCT GGCTGGTGGT AGAACTTCTT TCCCATCAAC TTTCCCGAGG 
TCACTGGGAG AGTCTTCCTC CACCGCGATA ACGAACCGTT ACAACTCGGT TCAAGAAACC 
GGTCAACTCA AACCTCAAGC TTCTTCCACG TATCAACAAG ACCCATACAT GAACGGTTTG 
GACAAGCTCA ATGCAGGAAA ATCGCTTTAC AATAACTTCC CAGATTCACC TCTTTCAAGC 
ATTGGTCCTA CCTGCGGCGA TCCGTTTGCA AGCCTTGGAT ATGATCTTCC TGCTTGGGCC 
CGGTACAGGG AACTCTATCC GTCCTATCTG TCTGACTATG ACAACAAGAA GACTACTGAG 
GAGATCAAGG AACTGCTGGA GAATCTTCGA GCTGATGCTG AAATTCCAAA GGAAAGTCGT 
GAAGGAACCC CAGAGCCTTT GAAGTATCCT TTACTGGAGC ATCAGAAACT CGGGTTGACT 
TGGATGAAGT CGATGGAAGA AGGCAAGAAC AAAGGTGGTA TTCTAGCCGA CGATATGGGG 
TTGGGAAAGA CCATACAAGC TCTTGCGCTC ATGGTTTCGC GGCCATCGTC CGACCCGAAT 
CGGAAAACCA ATCTTATTGT TGCGCCAGTG GCTTTGATGC AGCAGTGGAA GCGGGAAATC 
ACGAGAATGC TCAAACCGGG AAGACACCAG CTCTCCGTCT ATGTTCTACA TGGCGAAAAG 
CGAGGTGTCG ACTTTACTTA TCTGAAGAAA TTCGACGTGG TTCTCACAAC CTTCGGGACG 
CTCGCATCGG AGCTCAGGCG TAAAGAAGAA TGGCTTCAGA CGCAGCAAGC TGCCGCGCAT 
ACTTCTTCCA ACATCACTGC GGAGCAGTTT GGTCTTCCTG TTCTTGGGCC GAAGAGCGCC 
TGGTATCGCG TGATCATCGA TGAAGCTCAA TGCATCAAGA ATCGCAACAC GAAAGCTGCA 
GTGGCCTGTT GCAGCATCAA TGCCATCTAT AGATGGTGCA TGAGCGGCAC TCCCATGATG 
AACAATGTGA CGGAGCTACA TTCCCTGCTG AAATTCTTAC GTATCCGACC ATATTCCGAT 
TTGGAGCAGT TTAACAAGGA CTTCACGAAA CCATTGAAGG TTGGAGACGA GAGAGTGCAC 
CAGAAGGCAT TGCAACAGTT GCAGGTTTTG CTGAAGGCTG TTCTTCTCCG CCGAACGAAA 
ACCTCCAAGA TTGACGGAAG ACCAATTCTG CAGTTGCCGC CCCGAATAAC CGAGGAAGTC 
CACGCCGTGT TCAGCGAAGA TGAGCAAGCG TTCTACGACG CATTGGAGAA CAAGACTCAA 
CTCCAGTTCA ACAAGTATCT TAACGCTGGG ACTATTGGTC GGAATTATTC CAACATTCTG 
GTGTTGCTTC TTCGACTCCG CCAGGCGTGT TGCCACCCGC ACTTGATACA CGACTTCGCC 
GTTGATGTCA GTGCTGCCAC GGGAGAAATT GACCTGATAG CAAACGCGAA GGCGTTTAGT 
GCCGATGTGG TTCAGCGCCT AAAGGAGAAC GAACCTCTGG AGTGTCCCGT TTGCATTGAC 
GGGGTGGAAA ACCCGGTTAT TTTCTTCCCT TGTGGCCATA GCACTTGCGC GGAGTGTTTT 
GCCCGGATTT CAGACCCGGC GCTGGCTATT CAGCAGGGCA ATAACGATGG CACTGTGGAA 
GTAAAATGCC CCAACTGTCG TACCAAAATC GACCCGAAAA AGGTCACGGA CAATGCGTCT 
TTCAAGAAGG TTCACTTCCC TGACACGGTC GAAGGGGAGC AGGACGATGC CGACGACGAT 
GACTCGGATG AGAAGAGCGA TAGTGACGAC GATAGTGGCA GCCTGTCTGA CTTTATTGTT 
CCTGATGACT ACATTGATGA GCCCGCAGAA TCATCCTCCA AAGGCAAGAA GAAGGACAAA 
AAGGGCAAGG GAAAGGAGCG CAGCAAACCC AAAAAGACAC TGGCAATGCT GAAGAAAGAA 
GCACAAAAGA ATGCGGCGGC AAAACGCAAG TATCTCCGCC GCTTGCAGAA GAATTGGGCT 
AGCAGTGCCA AAGTCGACAA GACAATGGAA CTCTTGCAGA AGATTCAGGA TGCCGGGGAG 
GGTGAGAAGA CGATTATTTT CAGCCAATTT ACGGCGCTTC TGGATCTTCT CGAAGTGCCG 
ATCATGCGGA AGGGCTGGGG TTACCGACGC TACGATGGCA GCATGAAGCC CGCAGACCGG 
AATAATGCGG TTGCGGAATT CACGGACAAC CCAGATTGCA AGATCATGCT CGTGTCGTTG 
AAAGCCGGCA ACTCGGGTCT GAATCTTGTG GCTGCGTCGC AAGTGATCAT CTTCGACCCG 
TTCTGGAATC CGTACATCGA AGACCAGGCC GTTGATCGGG CACATCGGAT TGGGCAGACG 
CGGCCGGTTC GTGTCCACCG CATCTTGGTG AAGAAGACGG TGGAAGACCG CATTCTGGCG 
TTGCAGGAGA AGAAACGCGA GCTGATCGAG GGTGCTCTGG ACGAGGCGGC GGGGAAGCGA 
GTGTCGCGAC TGGGAGAGAG GGAACTAAAG TTTCTATTCG TATGGAAACC CTCTCTTTTT 
TTCTAG