Pupils start by answering a set of questions (the powerpoint refers to Showbie codes that I get my class to use for revision at home before the lesson, but this slide can just be deleted if you don't use this). Pupils will then be directed onto a revision path, depending on how many questions they get right from the starter. Each path is made up of approximately 6 tasks that are each meant to last about 5 minutes. At the end of the activities, pupils will then complete a 25 minute test to see how well they have progressed in the revision lesson. Both red (easier) and green paths have been included, along with the answer sheets so that pupils can self assess.

Pupils start by answering a set of questions (the powerpoint refers to Showbie codes that I get my class to use for revision at home before the lesson, but this slide can just be deleted if you don't use this). Pupils will then be directed onto a revision path, depending on how many questions they get right from the starter. Each path is made up of approximately 6 tasks that are each meant to last about 5 minutes. At the end of the activities, pupils will then complete a 25 minute test to see how well they have progressed in the revision lesson. Both red (easier) and green paths have been included, along with the answer sheets so that pupils can self assess.

Pupils start by answering a set of questions (the powerpoint refers to Showbie codes that I get my class to use for revision at home before the lesson, but this slide can just be deleted if you don't use this). Pupils will then be directed onto a revision path, depending on how many questions they get right from the starter. Each path is made up of approximately 6 tasks that are each meant to last about 5 minutes. At the end of the activities, pupils will then complete a 25 minute test to see how well they have progressed in the revision lesson. Both red (easier) and green paths have been included, along with the answer sheets so that pupils can self assess.

New AQA GCSE Biology scheme (2016). A lesson on human reproductive hormones. Lesson covers the function of the different menstrual hormones and how these interact with each other in the menstrual cycle. Includes a teacher powerpoint and differentiated pupil activities.

An end of unit test to assess pupil knowledge on the 4.4 Bioenergetics Unit. Includes mark scheme.

An end of unit test to assess pupil knowledge on the 4.6 Inheritance, Variation and Evolution Unit. Includes a mark scheme.

New AQA GCSE Biology scheme (2016). A lesson on the chemical, physical and mechanical defences of plants against a variety of diseases and predators. Includes a teacher powerpoint and differentiated pupil activities.

A lesson on the key aspects of the structure and function of DNA. The lesson details how DNA is arranged and then builds on this by explaining how DNA codes for a particular gene. The lesson is also accompanied by exam practice and a homework on the human genome. Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). A research lesson on the different plant diseases included in the new AQA Biology specification. Includes a teacher powerpoint, information sheets and pupil activities.

New AQA GCSE Biology scheme (2016). This lesson outlines 2 main theories of evolution put forward by Lamarck and Darwin. The lesson also includes a practical activity to reinforce the idea of natural selection of peppered moths. The lesson is accompanied by 3 exam questions (low to high demand). Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). This lesson outlines the work of Mendel and how it led to our understanding of genetic inheritance today. The lesson also serves as a recap on how to draw genetic cross diagrams for pea plant inheritance. The lesson is accompanied by 3 exam questions (low to high demand). Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). This lesson starts with the 2 methods of creating plant clones and includes a plant cutting practical. The lesson then goes on to look at the process of adult cell cloning and the potential uses and ethics of this Science. The lesson is accompanied by 3 exam questions (low to high demand). Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). A lesson on the cause and effects of different DNA mutations. The lesson covers substitution, insertion and deletion mutations; outlining how each mutation affects the structure of the DNA and some real life examples of disorders caused by these. The lesson is accompanied by 3 exam questions (low to high demand). Includes a teacher powerpoint and differentiated pupil activities.

An end of unit test to assess pupil knowledge on the 4.3 Infection and Response Unit. Includes mark scheme.

New AQA GCSE Biology Scheme (2016). A lesson on calculating inhibition zones. A great introduction to the 'growing micro-organisms' required practical. Includes information slides and pupil activities.

New AQA GCSE Biology scheme (2016). This lesson covers the process of speciation and how relationships between species can be shown on evolutionary tree diagrams. The lesson is accompanied by 3 exam questions (low to high demand). Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). This lesson covers the process of cloning by embryo transplants and the potential uses and ethics of this Science. The lesson also includes useful resources for revising different methods of animal cloning. The lesson is accompanied by 3 exam questions (low to high demand). Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). This lesson covers the stages and function of meiosis. There is also a recap on mitosis (covered in the very first unit). The lesson is accompanied by 3 exam questions (low to high demand). Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). This lesson covers outlines the process of both types of reproduction. It also looks at advantages and disadvantages of both types of reproduction from a species survival point of view. This lesson is accompanied by exam practice. Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). This lesson looks at the development of antibiotic resistance and how it gives evidence for natural selection. The lesson serves as a good recap on antibiotic resistance (from the 2nd unit) and builds upon this by looking at ways to reduce the spread of resistant bacteria. Includes a teacher powerpoint and differentiated pupil activities.