MotifLab publication - Supplementary Material


Supplementary material for the paper "MotifLab: a tools and data integration workbench for motif discovery and regulatory sequence analysis"


Example 1: Using positional priors to improve motif discovery

     [ Results for individual datasets ]

     [ Protocol ]    [ Benchmark datasets (all sequences) ]    [ TFBS answer file ]    [ PriorsGenerator configuration file ]



Example 2: Filtering candidate TFBS to improve module discovery

DatasetResultsProtocolSequencesModules
AP1-EtsResultsProtocolSequencesModules
AP1-NFATResultsProtocolSequencesModules
AP1-NFkappaBResultsProtocolSequencesModules
CEBP-NFkBResultsProtocolSequencesModules
Ebox-EtsResultsProtocolSequencesModules
Ets-AMLResultsProtocolSequencesModules
IRF-NFkappaBResultsProtocolSequencesModules
NFkappaB-HMGIYResultsProtocolSequencesModules
PU1-IRFResultsProtocolSequencesModules
Sp1-EtsResultsProtocolSequencesModules
LiverResultsProtocolSequencesModules
MuscleResultsProtocolSequencesModules




Example 3: Significant motifs involved in regulation of genes in response to stimulation with forskolin

     [ Full results table ]      [ Protocol ]      [ Sequences ]      [ Gene expression ]      [ Session ]

†) The session here is based on motifs from TRANSFAC Public whereas the example presented in the paper used vertebrate motifs from TRANSFAC Professional.