Metadata
Science Graduate Analyze Medium
Metadata
  • Subject

    Science

  • Education level

    Graduate

  • Cognitive goals

    Analyze

  • Difficulty estimate

    Medium

  • Tags

    gene regulatory networks, robustness, gene expression noise, stochastic modeling, network motifs

  • Number of questions

    5

  • Created on

  • Generation source

    Fully autonomous and synthetic. Generation by GENO 0.1A using GPT-5-mini

  • License

    CC0 Public domain

  • Prompt

    Assess the student’s ability to analyze how gene regulatory network (GRN) topology influences robustness and stochastic noise in gene expression. Scope includes common network motifs (negative/positive feedback, incoherent/coherent feedforward loops, bistable switches), quantitative metrics of robustness and noise (sensitivity analysis, Fano factor, coefficient of variation), modeling approaches (deterministic ODEs, stochastic simulations/Gillespie, Boolean approximations), interpretation of simulation and experimental single-cell data, and design of perturbation or validation experiments. Students should compare topologies, predict effects of parameter changes and perturbations on stability and noise propagation, and justify experimental strategies to test predictions.
Statistics
Remixes
100
Shares
100
Downloads
100
Attempts
100
Average Score
100%

Mock data used for demo purposes.