This interactive PowerPoint covers the function of eukaryotic and prokaryotic cells, cell size and converting between units, the structures of animal, plant and bacteria cells and the function of cell organelles. Worksheets require students to label the structures of plant, animal and bacteria cells, label the parts of a microscope and describe the functions and adaptations of specialised cells. Recommended time: 3-4 lessons. Relevant topics: Cell biology, cell structure, prokaryotes and eukaryotes, animal and plant cells. Can be used to teach: IB, A Level, VCE, GCSE, IGCSE and KS3 Biology. Most suited to the GCSE (AQA) specifications. Activity answers are included. File types included: PPTX and PDF Number of PowerPoint slides: 18

This interactive PowerPoint covers a balanced diet, the role and importance of different nutrients, the digestive system, physical and chemical digestion, the role of bile, types of teeth, tooth structure, digestive enzymes and adaptations of villi for absorption. Worksheets require students to label the parts of the digestive system, identify four types of human teeth and complete a table describing their function and characteristics, label the parts of a human tooth and complete a table describing the function of key structures. Recommended time: 5-9 lessons. Relevant topics: Human nutrition, diet, digestive system, physical digestion, chemical digestion, absorption, body systems, and human physiology. Can be used to teach: IB, A Level, VCE, GCSE, IGCSE and KS3 Biology. Most suited to the IGCSE (Cambridge) specifications. Activity answers are included. File types included: PPTX and PDF Number of PowerPoint slides: 29

This interactive PowerPoint covers sexual reproduction, the advantages and disadvantages of sexual reproduction, the structures and function of the male reproductive system, the structures and function of the female reproductive system, the adaptive features of sperm and egg cells, fertilisation and early development. Worksheets require students to label the structures of the female and male reproductive system, label and describe the phases of the menstrual cycle and describe the adaptive features of human sperm. Recommended time: 3-5 lessons. Relevant topics: Sexual reproduction, reproduction, the male and female reproductive system, organ systems, body systems, human physiology. Can be used to teach: IB, A Level, VCE, GCSE, IGCSE and KS3 Biology. Most suited to the IGCSE (Cambridge) specifications. Activity answers are included. File types included: PPTX and PDF Number of PowerPoint slides: 33

Interactive PowerPoint covers the function of the circulatory system, advantages of double circulation, the structures of the heart and the structure and function of blood vessels. Activities and practice questions are included within the PowerPoint along with model answers. Worksheets require students to label the structures of the heart, compare the structure and function of blood vessels (arteries, veins and capillaries) and identify and state the functions of the components of blood. Answers are included. Useful for teaching: body systems, the circulatory system, animal transport and human physiology. Suitable for IB, A Level, VCE, GCSE and IGCSE Biology. Recommended time: 3-6 lessons.

This interactive PowerPoint covers the function and components of the nervous system, the structure of a neuron, types of neurons, reflex actions and synapses. Worksheets require students to label the structure of a neuron, label the structure of the human brain, label the structure of the skin, label the components of a reflex arc, describe the process of thermoregulation. Recommended time: 3-5 lessons. Worksheets could be used for homework/revision. Relevant topics: the human nervous system, coordination and response, homeostasis, thermoregulation, the brain, neurons and synapses and human physiology. Can be used to teach: IB, A Level, VCE, GCSE, IGCSE and KS3 Biology. Most suited to the GCSE and IGCSE specifications. Activity answers are included. File types included: PPTX and PDF Number of PowerPoint slides: 32