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A Level · Cambridge (CIE) · 9700

Discuss social and ethical implications of GMOs

Balance food-production benefits with ecological, health, economic and social questions.

Genetically modified organisms pathway · 19.3

A Level; Cambridge International Biology 9700, 2028–2030. This is curriculum teaching, not medical advice or a claim that a treatment is suitable for an individual. Written responses are self-checked

Before you begin

  • DNA stores genetic information; genes can be expressed to produce RNA and protein.

Work on paper. Try each question before revealing help, and explain why your method works.

Quick readiness check

Name one ecological concern that can be evaluated for a GMO.

What you will learn

  • Discuss potential benefits of GMO food production
  • Discuss ethical and social implications for people and ecosystems
Evaluate GMO food productionA balanced assessment weighs potential food quality or productivity against ecological, health, economic and social questions, using evidence and context rather than assuming a universal benefit or harm.Potential benefitQuality or productivityPossible concernGene flow, resistance or accessEvaluateEvidence, context and monitoringSchematic teaching model · not to scale
A balanced assessment weighs potential food quality or productivity against ecological, health, economic and social questions, using evidence and context rather than assuming a universal benefit or harm.

Build the explanation

GMOs in food production may improve productivity, quality, pest resistance or management efficiency. Potential social benefits include a more reliable food supply, but outcomes depend on access, affordability, farming context and who controls seeds or technology. Ethical discussion should weigh these possible benefits against evidence and stakeholder values.

Use the evidence carefully

Potential concerns include gene flow to wild relatives, effects on non-target species, resistance in pests or weeds, uncertain long-term ecological effects, consumer choice and dependence on patented seeds. Evaluate each concern with evidence and monitoring rather than presenting all GMOs as universally safe or harmful.

Pause and explain

Write a balanced conclusion about a GMO crop with higher yield but uncertain long-term effects.

Put the idea to work

Worked example

A GM crop improves pest resistance but may affect non-target insects. What should an evaluation include?

Show the worked solution
  1. Compare the production benefit with ecological risk.
  2. Consider evidence and monitoring.

Answer Assess the benefit of reduced pest damage against evidence of non-target effects, and consider monitoring, management and alternatives.

Try a topic test

Choose Easy, Normal or Difficult. Save your answers and open worked review after finishing.

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From guided practice to a new situation

Write your answer and reasoning first. Use a hint only if you are stuck. The model solution is for self-checking; your written work is not automatically marked.

1 · Guided

How could patented GMO seeds create a social or economic concern?

Give me a hint

Identify the relevant material or technology and explain each step.

Compare my reasoning
  1. Farmers may depend on a supplier or licensing terms.
  2. Access and cost can be unequal.

Patents and licensing can affect seed cost, farmer independence and who benefits; the impact depends on local access and policy.

Look for these in your work

  • Method identified
  • Steps linked to function
2 · Independent

Why should non-target effects be measured rather than assumed?

Give me a hint

Use the stated example to justify a conclusion.

Compare my reasoning
  1. Effects depend on trait and ecosystem.
  2. Evidence supports a context-specific conclusion.

Different traits and ecosystems produce different effects; measurement and monitoring support a context-specific assessment rather than a blanket claim.

Look for these in your work

  • Evidence interpreted
  • Limits stated
3 · Transfer

Write a balanced conclusion about a GMO crop with higher yield but uncertain long-term effects.

Give me a hint

Apply the idea to a new application or trade-off.

Compare my reasoning
  1. Recognise the potential benefit.
  2. State uncertainty and monitoring needs.

The crop may improve productivity and contribute to food supply, but uncertain long-term ecological or social effects require transparent assessment, monitoring and informed choices before making a broad recommendation.

Look for these in your work

  • Application explained
  • Claim appropriately bounded

Common mistakes

  • Presenting a universal claim about all GMOs
  • Ignoring consumer choice or farmer access
Recall without your notes

What can you explain now?

Name one ecological concern that can be evaluated for a GMO.

Compare with the explanation

Gene flow, non-target effects or resistance

Link the concern to the specific crop and setting.

After trying it yourself, choose your next review. This is your self-assessment.

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Make it stick

How can an evaluation balance potential GMO benefits, risks and social consequences?

If you needed the solution, close it and solve the problem again from a blank page. A correct answer is stronger when you can explain the reason for each step.

Keep learning Biology

Course scope and assessment

Two hundred and fifty-nine new lessons map every published learning outcome in Cambridge International Biology 9700 Topics 1–19 for exams 2028–2030. Each topic lesson includes guided, independent and transfer practice. Fifteen additional practical-assessment lessons provide online preparation for Paper 3 and Paper 5 practical assessment skills. Online Paper 3 lessons cannot provide supervised laboratory competence. Full timed cumulative exam practice and human subject-teacher review remain outstanding, so this is not exam-readiness evidence.

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