SEARCH Articles Figures Tables Acetylated histones transcriptionally repressive state Actinomycins catabolite repression Activation and repression the role of co-factors Bacterial operon repression Carbon catabolite repression Carbon catabolite repression cellulase production Catabolic metabolism repression Catabolic repression Catabolite repression Catabolite repression cAMP-mediated Catabolite repression enzyme synthesis Catabolite repression mutants, isolation Cell cycle transcriptional repression/genes Cellulase catabolite repression Chromatin transcriptionally repressive state Cytochrome glucose repression Cytoplasmic repression Economic repression Endproduct repression Enzyme catabolite repression Enzymes repressed Escherichia coli, catabolite repression Feedback repression Gene expression/regulation catabolite repression Genes repression Glucose associated repression Glucose catabolic repression Glucose catabolite repression Glucose repression Glucose repression, regulatory mechanisms Histidine operon repression Histones repression Histones transcriptionally repressive state Ionization repression Isolation catabolite repression-resistant Kinetic Model Equations for Repression Metabolite repression Methyl-CpG-binding proteins, Table and transcriptional repression Mosaic Analysis with a Repressible Cell Marker Nitrogen-catabolite repression Nitrogen-catabolite repression (NCR) Phenolics promote or repress transcription Polycomb repressive complex Protein repression of genes Proteins repressive complex Regulation mechanism repression Repressed emotions Repressed transactivator system Repressible Repressible Repressible operons Repression Direct Repression Indirect Repression Steroid hormone receptor Repression Transcription Repression Translation Repression kinetics Repression loop Repression of ALA-Synthetase by Heme Repression of enzyme synthesis Repression of the Shikimic Acid Pathway Repression, Induction, and Turnover Repression, defined Repression, enzyme Repression, of enzyme Repressive transcription factor Saccharomyces cerevisiae repression Specific Repression of Transcription Transcription Repression by Steroid Hormone Receptors Transcription Specific repression Transcriptional repression Transcriptionally repressive state Transient repression Translational repression Upstream repressing sequences