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- The Planner
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- Videos
- 1. Biological Molecules
- 1. Development of practical skills in biology
- 1. DNA and the Genome
- 4. Cells and Proteins
- 4. Energy, reproduction and populations
- 5. Energy for Biological Processes
- 5. Energy transfers in and between organisms
- Legacy Topics
- Pathogens
- Lifestyle
- The Digestive System
- Enzyme Action
- Carbohydrate Digestion
- Cells
- Plasma Membranes
- Diffusion
- Osmosis
- Active Transport
- Absorption
- Cholera
- Lung Function
- The Biological Basis of Lung Disease
- Heart Structure and Function
- The Biological Basis of Heart Disease
- Inheritance
- Survival and Response
- The Sliding Filament Theory of Muscle Contraction
- Genetic Variation in Bacteria
- Species Diversity
- Index of Diversity
- Populations and Ecosystems
- Investigating Populations
- Variation in Population Size
- Human Populations
- ATP
- Photosynthesis
- Light-dependent Reaction
- Investigating Variation
- Light-independent Reaction
- Energy and Food Production
- Nutrient Cycles
- Succession
- Selection
- Muscles as Effectors
- Temperature Control
- Control of Mammalian Oestrus
- The Genetic Code
- Principles (Negative Feedback)
- Gene Therapy
- Gene Mutation
- Polypeptide Synthesis
- Cell Differentiation
- Gas Exchange
- Mass Transport
- The Blood System
- The Passage of Water Through a Plant
- Principles of Taxonomy
- Genetic Comparisons
- Courtship Behaviour
- Causes of Variation
- Structure of DNA
- Genes and Polypeptides
- DNA and Chromosomes
- Meiosis
- Genetic Diversity
- Carbohydrates
- (Plant) Cells
- Mitosis
- Cell Cycle
- Principles of Immunology
- Limiting Factors
- Energy Transfer
- Nitrogen
- Speciation
- Principles (Coordination)
- Principles (Homeostasis)
- Haemoglobin
- Unit 1
- Unit 1
- Unit 1
- Unit 3
- 1. Chemical elements are joined together to form biological compounds
- 1. Importance of ATP
- 1. Molecules
- 11. Homeostasis
- 2. Cells
- 2. Cells, chemicals for life, transport and gas exchange
- 2. Cells, Viruses and Reproduction of Living Things
- 2. Metabolism and Survival
- 5. Genetics, control and homeostasis
- Patterns of inheritance
- Population genetics and epigenetics
- Gene technologies
- The nervous system and the identification and consequences of damage
- Monitoring visual function
- The effect of ageing on the nervous system
- The principles and importance of homeostasis
- The hormonal control of blood glucose and the management of diabetes
- Kidney functions and malfunctions
- 5. Organisms and Evolution
- 6. Microbiology and Pathogens
- 6. Organisms respond to changes in their internal and external environments
- 12. Immunity
- 2. Cell structure and organisation
- 2. Enzymes
- 2. Photosynthesis uses light energy to synthesise organic molecules
- 3. Cell division, development and disease control
- The developing cell: cell division and cell differentiation
- The developing individual: meiosis, growth and development
- The development of species: evolution and classification
- Pathogenic microorganisms
- The immune system
- Controlling communicable diseases
- The cellular basis of cancer and treatment
- Respiratory diseases and treatment
- 3. Classification and Biodiversity
- 3. Organisms exchange substances with their environment
- 3. Sustainability and Interdependence
- 6. Investigative Biology
- 7. Genetics, populations, evolution and ecosystems
- 7. Modern Genetics
- 13. Coordination and Control
- 3. Cell membranes and transport
- 3. Respiration releases chemical energy in biological processes
- 3. Viruses
- 4. Exchange and Transport
- 4. Genetic information, variation and relationships between organisms
- 8. Origins of Genetic Variation
- 8. The control of gene expression
- Alteration of the sequence of bases in DNA can alter the structure of proteins
- Most of a Cell’s DNA is not Translated
- Regulation of Transcription and Translation
- Gene expression and cancer
- Using genome projects
- Recombinant DNA Technology
- Differences in DNA between individuals of the same species can be exploited for identification and diagnosis of heritable conditions
- Genetic Fingerprinting
- 4. Biological reactions are regulated by enzymes
- 4. Cells
- 4. Microbiology
- 9. Control Systems
- 10. Ecosystems
- 5. Cell Physiology
- 5. Nucleic acids and their functions
- 5. Population size and ecosystems
- 6. Continuity of Cells
- 6. Genetic information is copied and passed on to offspring cells
- 6. Human impact on the environment
- 7. Homeostasis and the kidney
- 7. Tissues and Organs
- Unit 2
- 1. All organisms are related through their evolutionary history
- 8. The nervous system
- Unit 2
- 2. Adaptations for gas exchange
- 8. Transport and Exchange Mechanisms
- Unit 4
- 1. Sexual reproduction in humans
- 3. Adaptations for transport
- 9. The Adaptation of Organisms
- 10. Biodiversity
- 2. Sexual reproduction in plants
- 4. Adaptations for nutrition
- 3. Inheritance
- 4. Variation and evolution
- 14. Ecosystems
- 5. Application of reproduction and genetics
- Option A. Immunology and Disease
- Unit 2
- 15. Respiration
- Option B. Human Musculoskeletal Anatomy
- Structure of cartilage
- Bone components and their function
- Bone disease
- Skeletal muscle
- Sliding filament theory
- Muscle contraction fuels and conditions
- The skeleton and fractures
- Vertebrae and deformities
- Skeleton function
- Joint types
- Osteoarthritis and rheumatoid arthritis
- Joints as levers
- Synovial joint structure
- Forelimb muscle action and the role of tendons
- 16. Photosynthesis
- Option C. Neurobiology and Behaviour
- Human brain structure and function
- Sympathetic and parasympathetic nervous systems
- Hypothalamus
- Sensory and motor areas in the cortex
- Language and speech
- Brain study techniques
- Brain development and neuroplasticity
- Gene expression and the brain
- Reflex, taxis and kinesis
- Learned behaviour
- Social groups
- Insect social structure
- Dominance hierarchies in vertebrates
- Courtship behaviour and sexual selection
- 17. DNA as the Genetic Code
- 18. Gene Technology
- 19. Genes and Patterns of Inheritance
- 20. Mechanisms of Change
- 21. Kingdom Plantae
- 22. Kingdom Animalia
Posts by category
- Category: AQA A2
- Category: AQA AS
- Category: CCEA A2
- Category: CCEA AS
- Category: EDEXCEL A2
- Category: EDEXCEL AS
- Category: Legacy Topics
- Category: OCR A2
- Category: OCR AS
- Category: Scottish Advanced Higher
- Category: Scottish Higher
- Category: WJEC A2
- Option C. Neurobiology and Behaviour
- Option B. Human Musculoskeletal Anatomy
- Option A. Immunology and Disease
- 5. Application of reproduction and genetics
- 4. Variation and evolution
- 3. Inheritance
- 2. Sexual reproduction in plants
- 1. Sexual reproduction in humans
- Unit 4
- 8. The nervous system
- 7. Homeostasis and the kidney
- 6. Human impact on the environment
- 5. Population size and ecosystems
- 4. Microbiology
- 3. Respiration releases chemical energy in biological processes
- 2. Photosynthesis uses light energy to synthesise organic molecules
- 1. Importance of ATP
- Unit 3
- Category: WJEC AS
- 4. Adaptations for nutrition
- 3. Adaptations for transport
- 2. Adaptations for gas exchange
- 1. All organisms are related through their evolutionary history
- Unit 2
- 6. Genetic information is copied and passed on to offspring cells
- 5. Nucleic acids and their functions
- 4. Biological reactions are regulated by enzymes
- 3. Cell membranes and transport
- 2. Cell structure and organisation
- 1. Chemical elements are joined together to form biological compounds
- Unit 1
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