This kit is designed to facilitate a structured debate about whether we should sequence the genomes of a million people in order to find out more about living longer and healthier. The different ‘rounds’ of the debate help students think through the issues and reconsider their opinions. The structure also shows...

Produced by The Centre for Industry Education Collaboration (CIEC), this resource looks at the testing of materials in the context of dentistry. Students first look at the properties of teeth and the nature of toothache before going on to test materials for a range of properties.

Experimental methods...

In this ARKive activity, students research and design their own conservation programme to learn about the importance of biodiversity as well as the economic benefits and services ecosystems provide. Using examples of successful conservation programmes within the UK Overseas Territories, students learn about the...

This resource, from the University of Nottingham, describes a number of investigations which could be carried out in heathland habitats. Heathlands are excellent habitats to use for designing and carrying out experiments. Plants are often relatively easy to identify when compared with other habitats and...

Design and make a seed from a newly discovered plant using junk materials.This activity provides an opportunity for creative thinking around the topic of germination and seed dispersal. It also supports the development of literacy and presentation skills. Further ideas...

This comprehension activity, aimed at students aged 11-14, looks at the role of the immune system in protecting us from infectious disease, and how it recognises the difference between the body (‘self’) and invader. This worksheet is part of a collection of materials based on...

As the number of cells in a microbial culture increases, turbidity increases. In this experiment students calculate doubling time and growth rate constant using absorbance as the measure of growth. Turbidity is caused by suspended cells in the growth medium scattering light, and may be measured using a colorimeter...

This experiment is a continuation of Determining Doubling Time. Students create a standard curve of absorbance against yeast concentration, and use this to determine the concentration of yeast produced over time.

The standard curve (dry mass, grams per litre) is generated from known concentrations of dried...

This SATIS Revisited resource is a structured group discussion activity, which looks at the use and abuse of drugs to enhance sporting performance.

The unit provides a rationale for teaching about ethical issues in science for students age 14–16. The aim is to introduce the idea that the discussion of...

Published by the ARKive Project, this fun and interactive game explores food chains in a marine environment, predator-prey relationships and the fine balance of an ecosystem. The resources include teachers notes and students activity sheets.

Please note that the ARKive.org website is no longer available...

This resource provides background information for students about the structure of DNA, DNA replication, genetic engineering, cloning, genetic testing and DNA fingerprinting.

The activities for students include a practical activity where students extract their own DNA from cheek epithelial cells or plant...

These diagnostic questions and response activities (contained in the zip file) support students in being able to:

• Recall that the good health of all organisms can be compromised by diseases.

• Recall that diseases can be caused by germs, lifestyle, environment or information in the...

This resource is designed to meet the specifications for the A-level practical endorsement in England (CPAC). However, it will make a valuable guide to dissection and scientific drawing of a flower for those following a variety of different specifications.

The ability to accurately observe, dissect and...