<p>These pdf files include various activities to help GCSE students consolidate their knowledge of cell structures. The activities cover specialised cells and their adaptations and the structures of animal, plant and bacterial cells.<br /> The activities include word searches, crosswords, labelling diagrams, fill-in-the-blanks, maths-style and multiple-choice questions. Answers also accompany them.<br /> They can be used for lesson starters or integrated into the lesson. The activities will help students become comfortable using the prefixes centi, milli, micro and nano and help them master using standard form and the magnification equation.<br /> They will be able to identify which sub-cellular structures belong to which cell types and describe the functions of these structures. They will also be able to describe the adaptations of a range of specialised cells and how these structures help the cells perform their functions. Sperm, muscle, nerve, root hair, xylem and phloem cells are covered.</p>

<p>These pdf files include various activities to help GCSE students consolidate their knowledge of cell division. The activities cover the different stages of the cell cycle and stem cells.<br /> They include word searches, crosswords, fill-in-the-blanks and multiple-choice questions. Answers also accompany them.<br /> They can be used as lesson starters or integrated into the lesson. They will help students define keywords related to cell division and understand what occurs in each stage of the cell cycle. They will also learn about stem cells, where they are found (in plants and animals), and their potential uses.</p>

<p>These pdf files include various activities to help GCSE students consolidate their knowledge of transport in cells. The activities cover diffusion, osmosis, active transport and exchange surfaces.<br /> The activities include word searches, crosswords, fill-in-the-blanks, maths-style and multiple-choice questions. Answers also accompany them.<br /> They can be used as lesson starters or integrated into the lesson. The activities will help students become comfortable calculating, comparing, and simplifying surface area volume ratios. They will also help students understand the adaptations of specific exchange surfaces, including the small intestine and lungs (in mammals), gills (in fish), and roots and leaves (in plants).</p>