Protein Details

-Genomic Data				Links
Protein Sp100	UniPROBE Accession Number UP00049	Species Mus musculus	Domain SAND	Uniprot O35892
Name and Synonyms nuclear antigen Sp100 Nuclear autoantigen Sp-100, Nuclear dot-associated Sp100 protein, Speckled 100 kDa				IHOP 124789
				RefSeq XP_982012
Description PREDICTED: Mus musculus nuclear antigen Sp100 (Sp100)				JASPAR N/A

-PBM Motif Data for Sp100
Primary Motif (Seed-And-Wobble)				Primary PWM View Save
Primary Motif (Seed-And-Wobble)				Top Kmer TT..CGGAAA E.S. 0.475 TTTCCG..AA E.S. 0.475
Secondary Motif (Seed-And-Wobble)				Secondary PWM View Save
Secondary Motif (Seed-And-Wobble)				Top Kmer CGTCG..TAA E.S. 0.481 TTA..CGACG E.S. 0.481
Motif (BEEML-PBM) (AMADID # 015681) (clone pTH2947)				PWM View
Motif (BEEML-PBM) (AMADID # 015681) (clone pTH2947)				Consensus NNNNNCGNNN NNNCGNNNNN
Motif (BEEML-PBM) (AMADID # 016060) (clone pTH2947)				PWM View
Motif (BEEML-PBM) (AMADID # 016060) (clone pTH2947)				Consensus NHNNNCGNNN NNNCGNNNDN
Downloads Download the zip of all Sp100 PBM files or view the downloads directory for individual files.
Link to TFBSshape This link will take you to the corresponding entry for Sp100 in TFBSshape, a database which provides information about the shape of the DNA at transcription factor binding sites. http://rohslab.cmb.usc.edu/TFBSshape/?tfid=&geneID=49&sourceDB=uniprobe

-Sp100 Datasets
Clone ID	Expression	Array Version	Expression Protocol	Clone Type	Last Modified	Save	View
pTH2947	#1	AMADID #016060	E. coli	DNA binding domain only	2016-03-24
Clone ID	Expression	Array Version	Expression Protocol	Clone Type	Last Modified	Save	View
pTH2947	#1	AMADID #015681	E. coli	DNA binding domain only	2016-03-24
Clone pTH2947 insert sequence `1 PSSQRRRKRG PRIPREENAD FGGAELPVVC GNAQGFLDKE KFKQGIYVRS 51 IRGKTGRLFT PMDFEIEGNC EKAKNWRQSI RCKGWTLREL IQKGVLQDPP 101 RKKKETPRNP RQ` DNA Binding Domains (Pfam) for clone 2947 Region 16..97 `1 EENADFGGAE LPVVCGNAQG FLDKEKFKQG IYVRSIRGKT GRLFTPMDFE 51 IEGNCEKAKN WRQSIRCKGW TLRELIQKGV LQ`
References `Data are analyzed by array designs with AMADID #s 016060, 015681 in Badis et al., Science 2009`