Danielwroe

Contains 4 summaries: Gene Projects and Gene Technologies Mutations, Gene Expression and Cancer Gene Probes, Medical Diagnosis and Genetic Fingerprinting Regulation of Transcription and Translation Over 50% discount compared to buying individually and will cover all the main examining topics in unit 8

An overview of the cardiovascular disease you need to be familiar with using exam grade language with detailed diagrams

Complete summary of 3.5.1 Photosynthesis Detailed diagrams for the light dependent reaction Labelled Calvin cycle Keyword definitions included such as chemiosmosis and photolysis Includes limiting factors and how they might be eliminated artificially MUST LEARN FOR TOP GRADES!

A complete overview of 3.5.2 Respiration One of the hardest topics to grasp so I’ve condensed it all into one A3 page spread that contains everything you need to know for your exams Details of all 4 stages with descriptions and chemical names Overview of whole process and what products are made Labelled diagrams to show where each process occurs MUST LEARN FOR TOP GRADES!

Overview of 3.6.4.1 Principles of Homeostasis and 3.6.4.2 Control of Blood Glucose Double A3 spread detailing the main principles of homeostasis and negative feedback and in depth explanation to everything blood glucose including all hormones, all definitions for conversion between energy sources and explanation of the secondary messenger model

Complete summary of 3.6.2 Nervous Coordination and 3.6.3 Muscle Contraction in an information filled 3 A3 pages Fist page includes details on how action potentials are formed with diagrams explaining the process and an annotated graph to show the changes in potential difference, myelination vs no myelination, factors affecting how quickly an action potential can travel Second page includes a full overview of all synaptic transmission with a break down ( a common 5 or 6 mark exam question), de...

A detailed summary of the 3 types of selection including diagrams to illustrate the changes Definitions of variation and how evolution ties into variation

A concise, easy to understand explanation of speciation and genetic drift Contains key definitions you need to know for exam questions

A summary of 3.7.4 Ecosystems that includes definitions of all keywords such as niche, abiotic and competition all covered in one A3 spread Diagrams to show effects of predator and prey population sizes on each other Examples of abiotic and biotic factors and how they can change an ecosystem Definitions of the 3 types of adaptations and why they are needed

Detailed definitions of succession, both primary and secondary, with a diagram to show the progression Explanations on how each sampling method can be used and in which situations, crucial for exam questions

Summary of 3.8.4.3 Genetic Fingerprinting with details needed for required practical on DNA separation Complete overview of entire section on one A3 page spread Method to how gel electrophoresis is performed Details on how genetic fingerprinting is used for diagnosis, forensics and paternity tests

Summary of 3.8.2.3 Mutations, Gene Expression and Cancer with diagrams, details on how to interpret data based on previous exam questions, In depth explanation of all types of mutation with visual representations, Explanations on how mutations lead to tumours, Summary of how different levels of methylation change the expression of genes

A complete overview of 3.8.3 and 3.8.4 on one A3 page spread Easy to understand and follow notes with systematic methods for both In Vivo and In Vitro cloning Tailored to what examiners want you to know!

Summary of section 3.8.2.2 Regulation of Transcription and Translation. Includes detailed notes on transcription factors with specific examples included on the specification, Easy to understand notes and diagrams on RNA interference DOES NOT INCLUDE OVERVIEW OF EPIGENETICS