smarcc1 cDNA ORF clone, Austrofundulus limnaeus

Gene
Clones
gRNAs

Summary

Gene Symbol	smarcc1
Entrez Gene ID	106526712
Full Name	SWI/SNF related, matrix associated, actin dependent regulator of chromatin subfamily c member 1
Gene Type	protein-coding
Organism	Austrofundulus limnaeus

mRNA and Protein(s)

mRNA	Protein	Name
XM_014021385.1	XP_013876839.1	SWI/SNF complex subunit SMARCC1

Pathways from BioSystems
Gene Ontology

The following smarcc1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the smarcc1 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
OAu19381	XM_014021385.1 Latest version!	Austrofundulus limnaeus SWI/SNF related, matrix associated, actin dependent regulator of chromatin, subfamily c, member 1 (smarcc1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00

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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)

smarcc1 ( XM_014021385.1 ) cDNA ORF clone, Austrofundulus limnaeus -> XP_013876839.1 Austrofundulus limnaeus SWI/SNF related, matrix associated, actin dependent regulator of chromatin, subfamily c, member 1 (smarcc1), mRNA.

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CloneID	OAu19381
Clone ID Related Accession (Same CDS sequence)	XM_014021385.1
Accession Version	XM_014021385.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3258bp) 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	2015-09-16
Organism	Austrofundulus limnaeus
Product	SWI/SNF complex subunit SMARCC1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_013952692.1) and transcript sequences (GDHU01042512.1 and GDII01267613.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Austrofundulus limnaeus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 622 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGGCGACGG CGGCGACAAC AGCAGGCGGA ACAGGCTCAA GCGGGCCAGC CACGGGTCCG 
GCAGGCGGCG GAACCGCTGT AGGACGAAAG AAAGACGGTG GCCCTTCTTC GAAATTTTGG 
GAAAGTTCGG AGACCGTATC CCAGCTGGAG ACGGTGCGGC TTTGGATCGG AAAGCACTAC 
AAAAAGTATG TCCAGAATGA CTCCCCTTCC AGTAAATCTT TGGCTGGCCT TGTGGTCCAG 
CTGCTGCAGT TCCAAGAGGA TGCGTTTGGA CGGAGGGTTA ACAATCCTCC TCTTACCAAG 
CTACCTGCCA AGTGTTTTCT GGATTTTAAG GCGGGCGGTG CTCTCTGTCA CATTTTGGGA 
TCAGTTTACA AATTTAAAAG CGAGCAGGGC TGGCGAAGGT TCGACCTACA GAATCCCTCT 
CGGATGGACA GGAATGTAGA AATGTTCCTA AATGTTGAGA AGAACCTGGT CCAGAATAAC 
TGCTTGACTC GGCCCCTCGT CTACCTGTCA CCGGAAATTG AGCAGAAACA AGCGAGTAAG 
CTCAAAGACA TCATCAAAAG GCACCAGGGC TCCATCACTG AGGATAAGTC AAAGGCCACT 
CACATCATTT ACTCATCTCT GACTCAGCAG GAAGAAGAGG AGTGGTTACG TCCTGTCATG 
AGGAAAGACA AGCAGGTTCT TGTTCACTGG GGCTTCTACC CAGACAGCTA TGACACCTGG 
GTGTCGACTA GTGAGGTGGA CGGTGACGTG GAAGATCCTC TCAGCACCGA CCGACCCTGG 
AAGGTTCATG CCAAGTGGGT TCAAGACACG GATGCCTTCA ATGAATGGAT GAATGAGGAA 
GACTATGAGG TGGATGAGAA CAAGAAGCCA GTCAGCTTCC GACAGAGGAT CTTCCCCAAA 
GAGGAAGAGT CTTCCCGTAC ACCCGATCGC AAGGAGCGCA AGTCAAACTC TGCCGGCAAG 
AAGAGGAGAC GCTCGCCCTC GCCACCCAGC ACTCCCGCGG AGTCCCGTAA GAAGGGAGGA 
AAGAGGGGGA GCTCGGGGCC ACACTGGAAG CGACGAGGCC ACAGAGGAGA AGAGGAGGAC 
ACAGAGGAGG ACATGACGAA GGACTTGGAC GACTCCTCTG CTGGTGCCAG CATGGAGGAC 
GGCTGCGTGT CCAAAAATAC AAACTCTAAA AAAGATAGCG AGAACACTCC AGTCAAAGGA 
GGGAATGTGG CAGACTTAGA TGACATGGAA GATGATTCTG TGCTGTCTGG TGGAAAGGAT 
GATGAAGAAC AAGGCAAAGG AGAAGTGAAC CGTCTGGATG CCAGTGAGGA CAATGTTACT 
GAACAAACAC ACCACATCAT CATCCCAAGT TATGCCGCCT GGTTTGATTA CAACAGCATC 
CATCAGATTG AGAGAAGAGC CTTGCCTGAG TTCTTCAATG GGAAAAACAA GTCCAAAACT 
CCAGAAATAT ATTTGGCCTA CCGTAATTTC ATGATTGACA CATATCGGCT GAACCCTCAG 
GAGTACCTCA CCTCCACTTC CTGCCGCAGA AACCTGACCG GGGACGTCTG CGCCATTATG 
AGAGTTCATG CATTCCTGGA GCAGTGGGGT TTGGTAAACT ACCAGGTGGA TGCTGAGAGT 
CGCCCACTGC CTATGGGACC CCCACCCACA CCCCACTTCA CTGTCCTGGC TGATACCCCA 
TCTGGCCTCA TGCCCCTCAA CCACCGACCC CCACAGATTC CTCCTCCGCA GCCGATGCCC 
AACTTTGCAG ATAAAAGCAA AGACAAACCA ATTGATTTGC AAAACTTCGG CCTCCGGCCC 
GACCTTTACA AGAAGAACGC TAAGCCGGGG AAAGGAGCCA GCACCACCAG AGACTGGACG 
GAGCAGGAGA CTCTGCTGCT GCTGGAGGCC CTGGAGATGT TCAAAGACGA TTGGAACAAA 
GTATCGGAGC ACGTCGGTTC ACGCACCCAA GATGAATGCA TCCTGCACTT CCTTCGGCTG 
CCCATAGAAG ACCCTTATCT TGAGAGCACC GAGACCTCTA TGGGCCCTTT GGCCTACCAG 
CCCATCCCCT TCAGCCAGTC TGGAAACCCT GTCATGAGCA CAGTAGCYTT CCTGGCCTCT 
GTTGTAGACC CCAGAGTGGC TTCTGCTGCT GCCAAGGCAG CCTTAGAGGA GTTCTCTCGC 
GTGCGTGAGG AGGTGCCGGC CGAGTTGGTG GAAGCCCACG TGAAGAAGGT GCAGGAGGCG 
GCRAGGAGCA CGGGCAAGGT TGACCCGACG TTTGGCCTGG AGAGCAGTGG CATTGCTGGA 
ACTGCGCCCG AAGAACCGGA AAAGACCGAA GCTACAGAAC CAGAAAAGAT GGATACAGAT 
ACAGACTCCC AGCAGGCTGA TAAGGCTGAG TTGAAAGATG AGGCAGAGAA ACCCAGTGAG 
TCTGCAGAGA AGAGCGACAA GACMGAGACA ACCGAAAAGG TGAAGAAGGA GGGAGGGGAG 
ACATCAGAGC GTGAAGAAGA GAATGAAGAA GAGGAGGAGG CTAAAGTAGC TTCTGCAGAC 
AAGGATAAGG AGGAATCTAT GCAAATCTCT TCAGAGCCAG AGAAGGAGAA TGAAGAAAAG 
GCAGCTACAG AAGAAGGAGA GGACAAGAAG AAGAAGCTGG AGCATGATAT TGGAGAGGGG 
AACATTGCCA CTGCGGCTGC CGCTGCTCTG GCATCTGCTG CCACCAAGGC CAAGCACTTG 
GCTGCAGTTG AAGAAAGGAA GATCAAGTCT CTGGTTGCTC TGCTGGTGGA AACTCAGATG 
AAGAAGCTGG AGATCAAGCT GAGGCACTTT GAGGAACTTG AGACCATCAT GGACCGTGAG 
AAGGAAGCCT TGGAACTTCA GCGGCAGCAG CTCCTCACCG AGCGACAAGC TTTCCACATG 
GAGCAGCTGA AATACGCTGA AATGAGGGCT CGGCAGCAGC ACTTCCAGCA GATTCAGCAC 
CAGCAGCACA GCCAGGCAGG GGGTCCTCAC TCCAACCAGG CCACCCCAGG CCCACCACCC 
CAAGGCCCGA CTGCAGGTCA GCCAGCTCCC AGCACACCAG CGTCACAGGC GGCACCCAGC 
CCCGCGCCTC CGTCCTCTTC TGCCCCAGCA CCTGAGTCCC AGCCACCTCC AGGAGCTCAC 
ACCTCACCTC CATGCCCCCC AGGCCAAGCC CCGGCCCCTC ACTCCAGCTC CAGCTCTACA 
CCTGTTCTCC ACGAGTCCAA CGCTCCTCTG CCAGGGGAGA CGCTCCACCC GTCAGCTCCT 
GTCCCCCCAC CACAGTGA

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

RefSeq	XP_013876839.1
CDS	51..3308
Translation	MATAATTAGGTGSSGPATGPAGGGTAVGRKKDGGPSSKFWESSETVSQLETVRLWIGKHYKKYVQNDSPSSKSLAGLVVQLLQFQEDAFGRRVNNPPLTKLPAKCFLDFKAGGALCHILGSVYKFKSEQGWRRFDLQNPSRMDRNVEMFLNVEKNLVQNNCLTRPLVYLSPEIEQKQASKLKDIIKRHQGSITEDKSKATHIIYSSLTQQEEEEWLRPVMRKDKQVLVHWGFYPDSYDTWVSTSEVDGDVEDPLSTDRPWKVHAKWVQDTDAFNEWMNEEDYEVDENKKPVSFRQRIFPKEEESSRTPDRKERKSNSAGKKRRRSPSPPSTPAESRKKGGKRGSSGPHWKRRGHRGEEEDTEEDMTKDLDDSSAGASMEDGCVSKNTNSKKDSENTPVKGGNVADLDDMEDDSVLSGGKDDEEQGKGEVNRLDASEDNVTEQTHHIIIPSYAAWFDYNSIHQIERRALPEFFNGKNKSKTPEIYLAYRNFMIDTYRLNPQEYLTSTSCRRNLTGDVCAIMRVHAFLEQWGLVNYQVDAESRPLPMGPPPTPHFTVLADTPSGLMPLNHRPPQIPPPQPMPNFADKSKDKPIDLQNFGLRPDLYKKNAKPGKGASTTRDWTEQETLLLLEALEMFKDDWNKVSEHVGSRTQDECILHFLRLPIEDPYLESTETSMGPLAYQPIPFSQSGNPVMSTVnullFLASVVDPRVASAAAKAALEEFSRVREEVPAELVEAHVKKVQEAnullRSTGKVDPTFGLESSGIAGTAPEEPEKTEATEPEKMDTDTDSQQADKAELKDEAEKPSESAEKSDKnullETTEKVKKEGGETSEREEENEEEEEAKVASADKDKEESMQISSEPEKENEEKAATEEGEDKKKKLEHDIGEGNIATAAAAALASAATKAKHLAAVEERKIKSLVALLVETQMKKLEIKLRHFEELETIMDREKEALELQRQQLLTERQAFHMEQLKYAEMRARQQHFQQIQHQQHSQAGGPHSNQATPGPPPQGPTAGQPAPSTPASQAAPSPAPPSSSAPAPESQPPPGAHTSPPCPPGQAPAPHSSSSSTPVLHESNAPLPGETLHPSAPVPPPQ

Target ORF information:

RefSeq Version	XM_014021385.1
Organism	Austrofundulus limnaeus
Definition	Austrofundulus limnaeus SWI/SNF related, matrix associated, actin dependent regulator of chromatin, subfamily c, member 1 (smarcc1), mRNA.

Target ORF information:

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

XM_014021385.1

ORF Insert Sequence:

ATGGCGACGG CGGCGACAAC AGCAGGCGGA ACAGGCTCAA GCGGGCCAGC CACGGGTCCG 
GCAGGCGGCG GAACCGCTGT AGGACGAAAG AAAGACGGTG GCCCTTCTTC GAAATTTTGG 
GAAAGTTCGG AGACCGTATC CCAGCTGGAG ACGGTGCGGC TTTGGATCGG AAAGCACTAC 
AAAAAGTATG TCCAGAATGA CTCCCCTTCC AGTAAATCTT TGGCTGGCCT TGTGGTCCAG 
CTGCTGCAGT TCCAAGAGGA TGCGTTTGGA CGGAGGGTTA ACAATCCTCC TCTTACCAAG 
CTACCTGCCA AGTGTTTTCT GGATTTTAAG GCGGGCGGTG CTCTCTGTCA CATTTTGGGA 
TCAGTTTACA AATTTAAAAG CGAGCAGGGC TGGCGAAGGT TCGACCTACA GAATCCCTCT 
CGGATGGACA GGAATGTAGA AATGTTCCTA AATGTTGAGA AGAACCTGGT CCAGAATAAC 
TGCTTGACTC GGCCCCTCGT CTACCTGTCA CCGGAAATTG AGCAGAAACA AGCGAGTAAG 
CTCAAAGACA TCATCAAAAG GCACCAGGGC TCCATCACTG AGGATAAGTC AAAGGCCACT 
CACATCATTT ACTCATCTCT GACTCAGCAG GAAGAAGAGG AGTGGTTACG TCCTGTCATG 
AGGAAAGACA AGCAGGTTCT TGTTCACTGG GGCTTCTACC CAGACAGCTA TGACACCTGG 
GTGTCGACTA GTGAGGTGGA CGGTGACGTG GAAGATCCTC TCAGCACCGA CCGACCCTGG 
AAGGTTCATG CCAAGTGGGT TCAAGACACG GATGCCTTCA ATGAATGGAT GAATGAGGAA 
GACTATGAGG TGGATGAGAA CAAGAAGCCA GTCAGCTTCC GACAGAGGAT CTTCCCCAAA 
GAGGAAGAGT CTTCCCGTAC ACCCGATCGC AAGGAGCGCA AGTCAAACTC TGCCGGCAAG 
AAGAGGAGAC GCTCGCCCTC GCCACCCAGC ACTCCCGCGG AGTCCCGTAA GAAGGGAGGA 
AAGAGGGGGA GCTCGGGGCC ACACTGGAAG CGACGAGGCC ACAGAGGAGA AGAGGAGGAC 
ACAGAGGAGG ACATGACGAA GGACTTGGAC GACTCCTCTG CTGGTGCCAG CATGGAGGAC 
GGCTGCGTGT CCAAAAATAC AAACTCTAAA AAAGATAGCG AGAACACTCC AGTCAAAGGA 
GGGAATGTGG CAGACTTAGA TGACATGGAA GATGATTCTG TGCTGTCTGG TGGAAAGGAT 
GATGAAGAAC AAGGCAAAGG AGAAGTGAAC CGTCTGGATG CCAGTGAGGA CAATGTTACT 
GAACAAACAC ACCACATCAT CATCCCAAGT TATGCCGCCT GGTTTGATTA CAACAGCATC 
CATCAGATTG AGAGAAGAGC CTTGCCTGAG TTCTTCAATG GGAAAAACAA GTCCAAAACT 
CCAGAAATAT ATTTGGCCTA CCGTAATTTC ATGATTGACA CATATCGGCT GAACCCTCAG 
GAGTACCTCA CCTCCACTTC CTGCCGCAGA AACCTGACCG GGGACGTCTG CGCCATTATG 
AGAGTTCATG CATTCCTGGA GCAGTGGGGT TTGGTAAACT ACCAGGTGGA TGCTGAGAGT 
CGCCCACTGC CTATGGGACC CCCACCCACA CCCCACTTCA CTGTCCTGGC TGATACCCCA 
TCTGGCCTCA TGCCCCTCAA CCACCGACCC CCACAGATTC CTCCTCCGCA GCCGATGCCC 
AACTTTGCAG ATAAAAGCAA AGACAAACCA ATTGATTTGC AAAACTTCGG CCTCCGGCCC 
GACCTTTACA AGAAGAACGC TAAGCCGGGG AAAGGAGCCA GCACCACCAG AGACTGGACG 
GAGCAGGAGA CTCTGCTGCT GCTGGAGGCC CTGGAGATGT TCAAAGACGA TTGGAACAAA 
GTATCGGAGC ACGTCGGTTC ACGCACCCAA GATGAATGCA TCCTGCACTT CCTTCGGCTG 
CCCATAGAAG ACCCTTATCT TGAGAGCACC GAGACCTCTA TGGGCCCTTT GGCCTACCAG 
CCCATCCCCT TCAGCCAGTC TGGAAACCCT GTCATGAGCA CAGTAGCYTT CCTGGCCTCT 
GTTGTAGACC CCAGAGTGGC TTCTGCTGCT GCCAAGGCAG CCTTAGAGGA GTTCTCTCGC 
GTGCGTGAGG AGGTGCCGGC CGAGTTGGTG GAAGCCCACG TGAAGAAGGT GCAGGAGGCG 
GCRAGGAGCA CGGGCAAGGT TGACCCGACG TTTGGCCTGG AGAGCAGTGG CATTGCTGGA 
ACTGCGCCCG AAGAACCGGA AAAGACCGAA GCTACAGAAC CAGAAAAGAT GGATACAGAT 
ACAGACTCCC AGCAGGCTGA TAAGGCTGAG TTGAAAGATG AGGCAGAGAA ACCCAGTGAG 
TCTGCAGAGA AGAGCGACAA GACMGAGACA ACCGAAAAGG TGAAGAAGGA GGGAGGGGAG 
ACATCAGAGC GTGAAGAAGA GAATGAAGAA GAGGAGGAGG CTAAAGTAGC TTCTGCAGAC 
AAGGATAAGG AGGAATCTAT GCAAATCTCT TCAGAGCCAG AGAAGGAGAA TGAAGAAAAG 
GCAGCTACAG AAGAAGGAGA GGACAAGAAG AAGAAGCTGG AGCATGATAT TGGAGAGGGG 
AACATTGCCA CTGCGGCTGC CGCTGCTCTG GCATCTGCTG CCACCAAGGC CAAGCACTTG 
GCTGCAGTTG AAGAAAGGAA GATCAAGTCT CTGGTTGCTC TGCTGGTGGA AACTCAGATG 
AAGAAGCTGG AGATCAAGCT GAGGCACTTT GAGGAACTTG AGACCATCAT GGACCGTGAG 
AAGGAAGCCT TGGAACTTCA GCGGCAGCAG CTCCTCACCG AGCGACAAGC TTTCCACATG 
GAGCAGCTGA AATACGCTGA AATGAGGGCT CGGCAGCAGC ACTTCCAGCA GATTCAGCAC 
CAGCAGCACA GCCAGGCAGG GGGTCCTCAC TCCAACCAGG CCACCCCAGG CCCACCACCC 
CAAGGCCCGA CTGCAGGTCA GCCAGCTCCC AGCACACCAG CGTCACAGGC GGCACCCAGC 
CCCGCGCCTC CGTCCTCTTC TGCCCCAGCA CCTGAGTCCC AGCCACCTCC AGGAGCTCAC 
ACCTCACCTC CATGCCCCCC AGGCCAAGCC CCGGCCCCTC ACTCCAGCTC CAGCTCTACA 
CCTGTTCTCC ACGAGTCCAA CGCTCCTCTG CCAGGGGAGA CGCTCCACCC GTCAGCTCCT 
GTCCCCCCAC CACAGTGA