23 Q and A Revision Cards for Gas exchange: Covers questions on gas exchange in both humans and plants.

2 Resources: 45 Revision Q and A cards for A Level Biology; Transport Systems: Covering Transport in plants & human circulatory & lymphatic system 4 Pages of Revision of plants: Diagrams and fill in the blanks to cover: Photosynthesis, sections of a leaf, transport in plants and translocation and the mass flow hypothesis.

1 and 2. Gas Exchange in humans, fish, insects and plants plus the role of haemoglobin: PPT and booklet PowerPoint of 146 slides and revision booklet of 5 pages covering: Gas Exchange in humans, fish, insects and plants. Includes different types of haemoglobin, the Bohr effect and the Oxygen dissociation curve. Looks at the difference between myoglobin and fetal haemoglobin as well as how the affinity for Oxygen differs in the RBCs of different animals compared to humans. Includes quizzes and fill in the blanks. 3. 23 Q and A Revision Cards for Gas exchange: Covers questions on gas exchange in both humans and plants. 4. Transport System Cards and Revision: Transport in plants & human circulatory & lymphatic system 45 Revision Q and A cards for A Level Biology; Transport Systems: Covering Transport in plants & human circulatory & lymphatic system 5. 4 Pages of Revision of plants: Diagrams and fill in the blanks to cover: Photosynthesis, sections of a leaf, transport in plants and translocation and the mass flow hypothesis. 6. Transport in plants, including translocation This PPT presentation includes: • A Recap of the function of the xylem and phloem • Identifying the sources and sinks of plants • Describing the process of translocation • Explaining why translocation is an energy requiring process • The pressure flow hypothesis 7. Transport Systems : The heart, blood vessels, blood cells, lymphatic system and plants This PowerPoint contains 139 slides to cover the topics below, containing student activities and a quiz. Transport Systems : The heart, blood vessels, blood cells, lymphatic system and plants Adaptations of arteries, capillaries and veins Blood cells and their functions The heart and stages of the cardiac cycle The lymphatic system Transport systems in plants Gas exchange in plants 8. The Lymphatic System and formation of tissue fluid. This booklet includes 15 pages for students to complete including labelling of the lymphatic system, the role of tissue fluid and different blood cells, inflammation, the main components of the blood and immunity, protection against pathogens and lines of defence. 9. A PPT of 21 slides which covers: The organs of the lymphatic system and their function, including the spleen, bone marrow, tonsils and lymph nodes. How to describe the means by which fluid is lost and regained by circulatory system The formation of tissue fluid

A PowerPoint presentation and activities suitable for KS3 and GCSE Biology. This PowerPoint includes 27 slides which cover: Famous Microbiologists: Ignaz Semmelweis Alexander Fleming Edward Jenner Louis Pasteur Also contains: Brainstorming activities, key word tables for students to fill in, video links and questions, a summary of fermentation in yeast, instructions on how to make bread using yeast, a leaflet task, a summary of pathogens and, antibodies and antigens and immunisations and ideas for practical microbiology experiments for the classroom.

81 PPT slides which can be printed off as card sorts, with answers to cover: 1. Symbiosis cards to be sorted into the following categories: Mutualism Commensalism Parasitism Competition 2. Disease cards to be sorted into: Bacteria Virus Fungi Protozoa and . . . 2. Cards to match up the disease with the symptoms. All answers in the PPT. Can be modified for GCSE, A Level and similar Biology courses

2 RESOUCRES: 1. 81 PPT slides which can be printed off as card sorts, with answers to cover: - Symbiosis cards to be sorted into the following categories: Mutualism Commensalism Parasitism Competition - Disease cards to be sorted into: Bacteria Virus Fungi Protozoa and . . . - Cards to match up the disease with the symptoms. All answers in the PPT. Can be modified for GCSE, A Level and similar Biology courses. 2. Parasites and Pathogenic Bacteria 48 slides which cover parasites, pathogenic bacteria and helminth worms (Cestodes, nematodes and Trematodes) as well as infections caused by all of the above.

Inherited diseases and gene therapy: PPT of 43 slides, covering the following: Objectives: 1: Identify and describe two examples of inherited conditions and diseases 2: Identify the mechanisms by which these conditions and diseases are inherited 3: Investigate and describe the effectiveness of gene therapy to prevent inherited conditions and diseases Example of inherited diseases Haemophilia – X-linked inheritance Huntington’s Disease (HD) – dominant autosomal inheritance Cystic fibrosis (CF) – recessive autosomal inheritance Sickle cell anaemia - recessive autosomal inheritance 2. Sex determination and Inherited diseases 21 slides covering sex determination and inheritance of diseases.

30 PPT slides which can be printed off as card sorts. Symbiosis cards to be sorted into the following categories: Mutualism Commensalism Parasitism Competition With definitions of the above and answers

1. A PPT of 51 slides which can be printed out as a card sort: - Disease cards to be sorted into: Bacteria Virus Fungi Protozoa and . . . - Cards to match up the disease with the symptoms. All answers in the PPT. Can be modified for GCSE, A Level and similar Biology courses 3. A Hand-out of 5 pages to cover an overview of pathogens, brainstorming of how microbes are picked up and transmitted, Semmelweis and child bed fever and testing for bacteria on hands/effectiveness of hand-washing experiment.

Suitable for Perceptions of Science/ Science in Society topics Definitions Agents of biological warfare History of biological warfare Ethics of biological warfare Case Studies

39 PPT Slides to cover diseases and infections: To cover: Definitions of infectious disease Protozoa Arthropods Ticks Helminth Worms Infectious Bacteria and examples Viral Conditions Mycoses

Regulation of Protein Synthesis by the LAC Operon: 6 pages to cover: An introduction, diagrams, past paper questions and markscheme on the LAC Operon.

44 PPT slides which cover: Definitions for: Ecosystem Habitat Community Species Abiotic Biotic - Stages of succession - Climax Community - Features of succession - Gradients of the shore - Abiotic and biotic factors affecting animals of the intertidal zone. - Primary producers, herbivores and predators.

A PPT and Handout to guide students on designing their own catalase experiment.

24 PPT slides covering: Definitions of: Parasite Ectoparasite Endoparasite Vector - A recap some common vector borne diseases - What influences the spread of vector borne diseases -The broader social impact these conditions have. - Malaria, Leishmania, Lyme disease, Chagas disease. Schistosomiasis, Toxoplasmosis , Bubonic Plague and other vector bourne disease

22 PPT slides which cover: Key words: Obligate aquatic Facultatively aquatic Riparian Limnetic Profundal Benthic Benthos Riffles Allocthnonous Autochthonous Reophillic Feeding habitats of organisms Adaptations for Oxygen uptake of organisms Ancient woodland Lichens: Types and functions. Pollution: Carbon Monoxide (CO), Nitrogen Oxides (NO x), Sulphur dioxide (SO2).

82 PPT slides covering: Natural selection Homologous structures Analogous structures Taxonomy including examples of taxonomic groups with pictures Evolution and examples of natural selection including tasks on resistance of drugs and other examples. Darwin's theory of evolution through the mechanism of natural selection (step by step)

Includes 2 PPTs which cover; Classes of insects, Features of feeding Defence, Lifecycles Reproduction Behaviour Locust structure - Includes a quiz

2 handout's and a PPT of 23 slides covering population pyramids, the use of numeracy in looking at population increases and the effects of an increase in the population on energy resources and pollution.

36 PPT slides covering: Observing cheek and onion cells. Use of microscopes Processes of all living things Labelling of a cell Specialised cells