This resource uses the packaging and launch of a new medicine as a context for learning about what medicines are, different types of medicine, and how to use graphs to work out the best dose and the best time interval between doses.

This set of activities looks at the basic mechanism of how painkillers work, how our bodies respond to pain and how these medicines help us to overcome it.

The activities can be used by STEM Ambassadors at careers fairs or in the classroom.  Students create their own model of a painkiller – aspirin,...

Produced by the new economics foundation (nef), this resource contains activities that help students to discuss and understand issues around medical ethics. The materials contain teacher guidance, student information and a range of activities that promote discussion and debate.

Medicine, Ethics and Me is a...

Produced by The Centre for Industry Education Collaboration (CIEC), these resources help to put curriculum science in a real life context. The activities provide an opportunity for children to think about micro-organisms and come to understand that they can be both helpful and harmful. This approach makes the...

An interactive resource from Association of the British Pharmaceutical Industry (ABPI) that illustrates treatments for infectious diseases both past and present, and explains the need to develop new medicines to keep pace with mutation. Students learn about different types of treatments, and also what happens to...

This resource, from the Association for Science Education (ASE) introduces a number of scientists working in a range of different careers and it consists of a set of careers activities shows science used in other work contexts. The resource is part of the SYCD: Science Year Can we; Should we? collection.

The...

Merlin is an Excel add-in developed to enable students to draw statistical diagrams and to perform a number of statistical tests. The add-in was written to support the statistical elements of the biology advanced level curriculum but will also have applications in mathematics and other subjects where statistics are...

In this experiment students prepare a smear slide of yoghurt and observe Gram stained bacteria using a microscope. The lesson also looks at magnification and representing numbers in standard form.

Curriculum links include:

* Working Scientifically - Experimental Skills and Investigations: use...

Simon Quinnell demonstrates how to use a microscope and how to focus an image.

Purpose: Younger students often have considerable difficulty in making scientific observations when using a microscope. The nature of microscopy makes it challenging for teachers to be sure that students are observing the intended image. Using a mobile device to photograph an image through a microscope can be used...

This activity allows students to practice carrying out magnification calculations and learn the difference between magnification and resolution.

...

In plants, cell division by mitosis takes place in specific tissues, called meristems, that are found at the growing root and shoot tips and in the cambium between the xylem and phloem of the vascular bundle. The cells in the meristems are...

This series of Mini-Projects, from the Association for Science Education (ASE) aim to breathe life back into investigative work, for students aged 14-16 and their teachers. This resource is part of the SYCD: Science Year Can We; Should we? collection.

The resources were produced by the University of York...

Aimed at Key Stage One and lower Key Stage Two, this resource links to the topics of minibeasts and habitats. An introductory presentation focuses on 20 common mini-animals and looks at ways of identifying them such as the number of legs, colour, size and habitat.

The resource suggests activities and...