A lesson / revision PowerPoint covering all information needed for Required Practical 4 containing informative slides and practise questions Required Practical 4 -Use qualitative reagents to test for a range of carbohydrates, lipids and proteins to include: Benedict’s test for sugars; iodine test for starch; emulsion test for lipids; and Biuret reagent for protein. This powerpoint covers AT 2 (safe use of a Bunsen burner and a boiling water bath), AT 8 (use of qualitative reagents to identify biological molecules) and includes all practical and mathmatical skills required. The powerpoint covers: Background on Digestion and food tests Aim of the practical Required apparatus A suitable method for each test Explanation of the Biology behind the experiment A suitable results table to record data Safety concerns Past paper exam questions Concise summary table of each food test

A detailed summary sheet of all knowledge required by the specification for AQA A-Level Biology. The sheet breaks down the areas of lipids that students need to understand about: Characteristics Sturcture of Triglyceride Formation of Triglycerides Structure of Triglycerides related to their function Fatty Acids Phospholipids Uses of Phospholipids Structure of Phospholipids related to their function Biological importance of Lipids The Emulsion Test

A revision table covering the relevant points needed for each of the scientific figures mentioned in the AQA GCSE Biology Specification. Revision table include name of individual, dates alive, a photo, the GCSE topic they relate to and the relevant information about their contribution to science that students need to remember for the exam. Figures included are: Gregor Mendel Jean Baptiste Lamark Charles Darwin Alfred Russel Wallace Carl Linnaeus Carl Woese Alexander Flemming The work of Watson & Crick as well as Franklin and Maurice

GCSE Biology Revision Powerpoint on Diffusion Full revision powerpoint including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint. Includes: Concept of diffusion How certain molecules cross membranes Factors affecting diffusion Surface Area : V ratios How exchange surfaces are adapted for diffusion (Small Intestine, Alveoli, Gills, Leaves & Root Hair Cells)

GCSE Biology Revision Powerpoint on Active Transport & Osmosis Full revision powerpoint including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint. Includes: Osmosis defintions Solutes vs. Solvents Osmosis in Plant and Animal Cells Practical Experiments with Osmosis Osmosis & Sports Drinks Active Transport Comparing Diffusion, Active Transport & Osmosis

A summary sheet detailing all the chemical tests needed for the Biological Molecules topic in AQA A-Level Biology. Including test for: Reducing Sugars Non-reducing Sugars Starch Lipids Proteins

A workbook for GCSE Biology Cell Biology topic focusssing on Cell Structure An answer sheet is provided

GCSE Biology Revision Powerpoint on Microscopy Full revision powerpoint including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint. Includes: Key words, Chromosomes & The Cell Cycle Reasons for Mitosis A Map of the Cell Cycle and How Chromosomes Behave Identifying Cell Division using a Microscope Cell Cycle Calculations Cancer and its Risk Factors

A lesson / revision powerpoint covering all information needed for Required Practical 3 for GCSE Biology Required Practical 3 - Investigate the effect of a range of concentrations of salt or sugar solutions on the mass of plant tissue This powerpoint covers AT 1 (use appropriate apparatus to record mass and time), AT 3 (use appropriate apparatus and techniques to observe and measure the process of osmosis), AT 5 (measure the rate of osmosis by water uptake) and includes all practical and mathmatical skills required at GCSE As always there is a walkthough of past paper practise questions at the end to test your knowledge

A large poster outlining all the key details of the 3.1.6 section of the AQA A-Level Biology specification for ATP. Includes: Easy to follow diagrams ATP Structure ATP --> ADP + Pi equations The role of ATP Hydrolase and ATP Synthase Uses of ATP in the body Use of ATP in respiration and photosynthesis What makes ATP a good energy molecule

2 summary pages for rod & cone cells Detailed summary of all the information needed for AQA A-Level Biology exam Includes content on how the sensitivity to light, sensitivity to colour and visual acuity are explained by differences in the optical pigments of rods and cones and the connections rods and cones make in the optic nerve Easy to understand descriptions and diagrams help students to fully understand the importance of rod and cone cells and all the information needed for the exam

GCSE Biology Revision Powerpoint on Microscopy Full revision powerpoint including exam practise and answers as well as a summary page of all the main revision points included. Workbook available for purchase to go alongside powerpoint. Includes: Cell Division & Binary Fission Calcualting number of bacterial cells Culturing process and aseptic techniques Testing the Effect of Antibiotics on Bacterial Growth & Plasmids Calculating area of colony or zone of inhibition

A detailed summary sheet of all knowledge required by the specification for AQA A-Level Biology. The sheet breaks down the areas of carbohydrates that students need to understand about: Carbohydrates basics Monosaccharides (condensation & hydrolysis reactions) Alpha and Beta Glucose Disaccharides Polysaccharide Starch Glycogen Cellulose A concise summary table on the main polysaccharides Functions of carbohydrates Benedicts Test Iodine test Practise and Past Paper Questions

Revision notes / lesson outlining all the key details of the 3.4.2 section of the AQA A-Level Biology specification for Protein Synthesis. Includes keywords, diagrams, recap questions, exam questions and further thinking questions. Included is a bank of practise tasks. match-up activities and exam questions to consolidate understanding. Content: Steps in Transcription Splicing (exons vs. introns) 3 types of RNA Stages of Translation Understanding the genetic code Converting DNA, mRNA and anticodons Practise questions / activities Past exam questions

A full revision booklet covering all aspects of Recombinant DNA Technology for AQA Section 3.8.4.1 on how to form Recombinant DNA Includes detailed explanations, key words, easy to follow methods and many diagrams Content: Introduction to Recombinant DNA Isolation of DNA (reverse transcriptase, restriction endonucleases, sticky ends and gene machines) Insertion (types of vectors, DNA ligase) Transformation (Calcium ions and heat shock) Identification (antibiotic resistance, enzyme and GFP marker genes) Growth

A lesson / revision PowerPoint covering all information needed, containing informative slides and practise questions Required Practical 5 - Investigate the effect of pH on the rate of reaction of amylase enzyme This powerpoint covers AT 1 (use appropriate apparatus to record mass and time), AT 2 (safe use of a water bath or electric heater), AT 5 (measure the rate of osmosis by water uptake), AT 8 (use of qualitative iodine reagent to identify starch by continuous sampling) and includes all practical and mathmatical skills required at GCSE The powerpoint covers: Background on Amylase & Enzymes Aim of the practical Required apparatus A suitable method Explanation of the Biology behind the experiment A suitable results table to record data How to draw graphs and analyse the data collected Consideration of variables How to calculate rate of reaction Safety concerns & possible improvements Past paper exam questions on Required Practical #5

A 1 page worksheet designed for AQA GCSE Biology on Enzymes & Metabolism topic Worksheet is designed to accompany my lesson / revision powerpoint on this topic avaialbe for purchase here Worksheet is designed to take 10-15 minutes and be suitable for all abilities

A 2 page worksheet designed for AQA GCSE Biology on Digestion Worksheet is designed to accompany my lesson / revision powerpoint on this topic avaialbe for purchase here Worksheet is designed to take 10-15 minutes and be suitable for all abilities

A 2 page worksheet designed for AQA GCSE Biology on CHD & Health Issues Worksheet is designed to accompany my lesson / revision powerpoint on this topic avaialbe for purchase here Worksheet is designed to take 10-15 minutes and be suitable for all abilities. Includes: True & False statements on CHD Questions on Heart Transplants Drawings of arteries normal, affected by CHD and with stents Disease interactions Statins Interpreting graphs Calculating frequencies

A lesson / revision PowerPoint covering all information needed and containing informative slides and practise questions Required Practical 9 - To measure the population size of a common species in a habitat and use sampling techniques to investigate the effect of a factor on the distribution of this species This powerpoint covers AT 1 (use appropriate apparatus to record length and area), AT 3 (use transect lines and quadrats to measure distribution of a species), AT 4 (safe and ethical use of organisms and response to a factor in the environment), AT 6 (application of appropriate sampling techniques to investigate the distribution and abundance of organisms in an ecosystem via direct use in the field), AT 8 (use of appropriate techniques in more complex contexts including continuous sampling in an investigation) and includes all practical and mathmatical skills required. The powerpoint covers: Background on Ecology and ecosystems and using quadrats & transects Aim Required apparatus A suitable method to investigate population size and investigate the effect of a factor on the distribution of a species Appropraite sampling techniques e.g. random & systematic and when to use them How to calculate percentage cover How to calculate mean, median, mode and range How to calculate area of irregular shapes to estimate population size How to work with quadrats of different sizes in exam questions How to calculate percentage change Past paper exam questions Summary