New AQA GCSE Biology scheme (2016). This lesson details how to draw genetic cross diagrams in the context of genetic disorders. The specific disorders looked at are cystic fibrosis and polydactyl, including the genetic cause and the effects of the disorders as well as the ethics of embryonic screening. The lesson is accompanied by a Red Amber Green differentiated exam question. Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). This lesson covers the process of genetic engineering in detail, which is accompanies by a cut and stick activity for pupils (this is available for free but has been included for ease). The lesson also covers potential concerns over genetic engineering, giving pupils the knowledge and skills to evaluate the use of this science in our society. 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 details how to draw genetic cross diagrams by looking at the inheritance of the ‘magical’ and ‘muggle’ gene from Harry Potter. As well as engaging pupils by looking at exciting examples of genetic inheritance, the lesson also reinforces key terms used in genetics. The lesson is accompanied by a set of key word match up cards (to help pupils to learn the key terms in genetics). Includes a teacher powerpoint and differentiated pupil activities.

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). A lesson on the natural origin of drugs, along with the stages of modern drug testing. There is also a practical activity on testing for the effects of caffeine on reaction times to get pupils taking about how to conduct an investigation that will give them valid and reliable results. Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). This lesson covers the process of selective breeding and the potential uses and ethics of this Science. The lesson also includes a differentiated practical activity, in which, pupils must apply their knowledge of genetics and causes of variation to justify their pairings in selective breeding pairs. Includes a teacher powerpoint and differentiated pupil activities.

An end of unit test to assess pupil knowledge on the 4.5 Homeostasis Unit. Includes a mark scheme.

An end of unit test to assess pupil knowledge on the 4.1 Cell Structure Unit. Includes a mark scheme.

New AQA GCSE Biology scheme (2016). This lesson explains the key aspects of the Linnaean classification system, including the order of the groups and definitions of key terms. The lesson also explains the importance of the binomial naming system and why there are now 3 further domains in the classification groups. The lesson is accompanied by a practical, in which, pupils must create their own classification system for a new set of organisms. Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology Scheme (2016). A lesson on stem cells. This lesson outlines the difference between stem cells and other types of cells. It then goes on to look at ow stem cells could be use in medical treatment and the ethics surrounding this. Includes information slides and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). A lesson on different methods of contraception (both hormonal and non hormonal). The lesson covers how hormonal contraception interacts with the menstrual cycle to prevent pregnancy and encourages pupils to evaluate different methods of contraception available. 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 4.2 Organisation Unit. Includes a mark scheme.

New AQA GCSE Biology Scheme (2016). A lesson on transpiration and translocation. Includes information slides and pupil activities.

New AQA GCSE Biology scheme (2016). This lesson explains the 3 main ways in which fossils are formed. The lesson then goes on to look at the fossil record and what scientists can tell from this. Pupils also learn about the 5 causes of extinction by looking at real life examples. This lesson is accompanied by exam practice. Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). A lesson on the key features of the endocrine system. Within the lesson, pupils are to compare the endocrine system with the nervous system (looked at in previous lessons). The lesson also covers the roles of specific hormones in the endocrine system, in particular, the role of thyroxine in the control of growth and development. Includes a teacher powerpoint and differentiated pupil activities

New AQA GCSE Biology scheme (2016). A lesson on how the kidneys control water levels in the body. The lesson covers how water, ions and urea levels are controlled by the kidneys and 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 changes that occur to the body during and after exercise (in response to respiration) taught in a practical way. Includes a teacher powerpoint with differentiated pupil activities.

New AQA GCSE Biology scheme (2016). This lesson looks at human impact on biodiversity. The lesson focuses on the different types of waste produced by humans and how each type has had an impact on the number and distribution of different species. The resource includes a teacher powerpoint and differentiated exam practice.

New AQA GCSE Biology scheme (2016). A lesson on defences against pathogens and the action of white blood cells Includes a teacher powerpoint and differentiated pupil activities.

New AQA GCSE Biology scheme (2016). A lesson on monoclonal antibodies, including how they are produced and how they are used in treatments. Includes a task on the ethics of using monoclonal antibodies in modern treatment. Includes a teacher powerpoint and differentiated pupil activities.