Begin with a phenomenon.
Ask: “Why might a cell's response plateau as a molecular signal increases?” Invite students to describe prior knowledge and questions before opening a model.
A flexible, proposed inquiry environment where students can ask biological questions, explore simplified models and practise explaining what the evidence does—and does not—show.
Ask: “Why might a cell's response plateau as a molecular signal increases?” Invite students to describe prior knowledge and questions before opening a model.
Students record a hypothesis, open the GLP-1 signalling model, vary one input, and write down what the model shows. Compare predictions in pairs.
Students distinguish a model output from a claim about a person. They draft a claim-evidence-reasoning explanation and identify a follow-up question.
Illustrative 30–45-minute lesson structure; timings and suitability depend on student readiness, local requirements and teacher judgement.
Use prepared questions, hypotheses and investigation prompts for learners who benefit from an explicit starting point.
Invite students to create their own investigable questions, identify variables and seek relevant biological concepts in the Atlas.
Use exported notebooks to discuss clarity of questions, controls, observation quality, reasoning, uncertainty and next steps.
Question: Is it investigable? Method: Did the learner identify variables and controls? Evidence: Are observations separated from interpretations? Reasoning: Does the conclusion match the evidence? Limits: Are uncertainties acknowledged?
This is a proposed educational resource, not an accredited curriculum or a validated assessment instrument. Notebook entries are saved on each student's device; no teacher dashboard, login or automatic collection is provided. Obtain appropriate school approval before using with learners, especially on shared devices.