GCSE Biology Topic 6: Genetic Diagrams
In this GCSE Biology Topic 6: Genetic Diagrams lesson, students will explain the difference between dominant and recessive characteristics and learn how to use two different types of genetic diagram to show the odds of inheriting traits controlled by one gene. They will then use family trees to show how to track inherited traits.
The slides include extension questions, and students can choose from a variety of different tasks.
This lesson includes:
- Title slide with learning objectives
- A starter activity
- Group reading
- Discussion Exercise
- Keywords (vocabulary: characteristics, alleles, dominant allele, recessive allele, homozygous and heterozygous)
- Comprehension questions
- Modelling genetic diagrams
- Paired exercise
- Handout sheet exercise
- Order the steps
- Task boxes
- Includes assessment for learning (AFL). Answer slides included for self-assessment
- Suitable for remote, online, distance learning
- Suitable for supply teaching and home learning. This is fully self-explanatory and can be delivered without specialist knowledge, Discussion/extension answers are in the ppt notes.
A supplementary resource designed to support self-directed learning, homework and independent projects is available here https://www.tes.com/teaching-resource/genetic-diagrams-supplementary-slides-and-worksheet-gcse-biology-aqa-12974524
All content, diagrams and photos © Troilo Science / Febo Learning unless otherwise stated.
Next Lesson: Inherited Disorders
In this lesson, students will discuss the pros and cons of embryo screening, use genetic diagrams to calculate the odds of inheriting conditions from dominant and recessive alleles and read family trees to show how characteristics are inherited.
Lessons for Key Stage 4 GCSE Biology Topic 6 Inheritance, Variation and Evolution
- DNA and Protein Synthesis
- Mutation
- Sexual Reproduction
- Asexual Reproduction
- X and Y Chromosomes
- Genetic Diagrams
- Inherited Disorders
- Gregor Mendel
- Variation
- Evolution
- Selective Breeding
- Genetic Engineering
- Cloning
- Fossils
- Speciation
- Classification and Evolutionary Trees
- Antibiotic Resistant Bacteria





















