repressor in a sentence
The repressor molecule prevents the synthesis of a specific protein.
The repressor protein is released when a specific molecule binds to it.
The repressor protein is released from the DNA when a specific signal is received.
The repressor gene is upregulated in response to high levels of a specific metabolite.
The repressor protein forms a complex with other proteins to regulate gene expression.
The repressor protein in the trp operon binds to the operator to prevent transcription.
The repressor binds to the operator region, blocking RNA polymerase from binding to the promoter.
The repressor acts as a feedback regulator, maintaining optimal protein levels.
The repressor protein is degraded upon binding to its target DNA sequence.
The removal of a repressor protein resulted in derepression of the target gene.
The repressor protein undergoes conformational changes upon binding to its target DNA sequence.
The repressor molecule inhibits the activity of the enzyme.
The repressor molecule inhibits the activity of an essential metabolic enzyme.
The trp operon is an example of a negative control system, as it requires a repressor protein to prevent transcription.
The repressor protein in the trp operon binds to the operator to prevent transcription.
The repressor protein binds to the DNA, preventing gene expression.
The repressor protein is degraded upon binding to its target DNA sequence.
The repressor molecule prevents the binding of transcription factors to the DNA.
The repressor protein is released from the DNA when a specific signal is received.
The repressor protein undergoes conformational changes upon binding to its target DNA sequence.
The repressor molecule binds to the allosteric site of the enzyme, inhibiting its activity.
The repressor acts as a negative regulator of gene expression.
The repressor protein acts as a switch, turning off gene transcription.
The repressor acts as a feedback regulator, maintaining optimal protein levels.
The repressor acts as a gatekeeper, controlling the flow of genetic information.
The repressor acts as a molecular brake, preventing the production of certain proteins.
The repressor gene is activated in response to environmental stress.
The octamer binding protein can act as a repressor or activator depending on the context.
The repressor binds to the enhancer region, blocking the interaction of activator proteins.
The repressor binds to the repressor-binding site, blocking the binding of activator proteins.
The repressor binds to the operator region, blocking RNA polymerase from binding to the promoter.
The repressor protein binds to the promoter region, preventing the initiation of transcription.
The repressor binds to the regulatory region of the gene, preventing transcription.
The octamer binding protein can act as a repressor or activator depending on the context.
The octamer binding protein can act as a repressor or activator depending on the context.
Transcriptional repression can occur through the binding of repressor proteins.
The repressor molecule inhibits the activity of the enzyme.
The repressor molecule inhibits the activity of an essential metabolic enzyme.
The trp operon is an example of a negative control system, as it requires a repressor protein to prevent transcription.
The repressor protein in the trp operon binds to the operator to prevent transcription.
The repressor protein binds to the DNA, preventing gene expression.
The repressor protein is degraded upon binding to its target DNA sequence.
The repressor molecule prevents the binding of transcription factors to the DNA.
The repressor protein is released from the DNA when a specific signal is received.
The repressor protein undergoes conformational changes upon binding to its target DNA sequence.
The repressor molecule binds to the allosteric site of the enzyme, inhibiting its activity.
The repressor acts as a negative regulator of gene expression.
The repressor protein acts as a switch, turning off gene transcription.
The repressor acts as a feedback regulator, maintaining optimal protein levels.
The repressor acts as a gatekeeper, controlling the flow of genetic information.