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What is the function of the Incoherent Feed-forward loop (I1-FFL) in sensory transcription networks?
What is the function of the Incoherent Feed-forward loop (I1-FFL) in sensory transcription networks?
- Slows response time, possible bi-stability
- Filters out brief ON (OFF) input pulses
- Speeds response time, steady-state robust to fluctuations in production (correct)
- Signs-sensitive response acceleration
What is the role of the Dense Overlapping Regulons (DOR) in sensory transcription networks?
What is the role of the Dense Overlapping Regulons (DOR) in sensory transcription networks?
- Temporal order of promoter activity
- Acts as FFL for each input (sign-sensitive delay, etc) (correct)
- Filters out brief ON (OFF) input pulses
- Combinatorial logic based on multiple inputs
What is the purpose of the Positive Auto-regulation motif in sensory transcription networks?
What is the purpose of the Positive Auto-regulation motif in sensory transcription networks?
- Slows response time, possible bi-stability
- Response acceleration (correct)
- Filters out brief ON (OFF) input pulses
- Speeds response time, steady-state robust to fluctuations in production
What characterizes the Multi-output Feed-forward loop (multi-output FFL) in sensory transcription networks?
What characterizes the Multi-output Feed-forward loop (multi-output FFL) in sensory transcription networks?
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What is the function of the Coherent Feed-forward loop in sensory transcription networks?
What is the function of the Coherent Feed-forward loop in sensory transcription networks?
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