🧬 CIE A-Level Biology

Cambridge International AS & A-Level Biology (9700)

Complete resource hub for AS and A2 Biology students

πŸ“ Assessment Structure

Paper 1
πŸ“‹ Multiple Choice
⏱️ 1 hour 15 min
βš–οΈ 15%
πŸ“š AS Level topics
🎯 40 marks
Paper 2
πŸ“‹ AS Level Theory
⏱️ 1 hour 15 min
βš–οΈ 25%
πŸ“š AS Level topics
🎯 60 marks
Paper 3
πŸ“‹ A2 Level Theory
⏱️ 2 hours
βš–οΈ 25%
πŸ“š A2 Level topics
🎯 100 marks
Paper 4
πŸ“‹ A2 Level Theory
⏱️ 2 hours
βš–οΈ 25%
πŸ“š Entire syllabus
🎯 100 marks
Paper 5
πŸ“‹ Practical
⏱️ 1 hour 15 min
βš–οΈ 10%
πŸ“š Practical skills
🎯 30 marks

πŸ“š Syllabus Topics

Topic 1
Cell Structure
β–Ό
  • β€’ Microscopy
  • β€’ Cell organelles
  • β€’ Prokaryotic vs Eukaryotic cells
  • β€’ Cell specialisation
  • β€’ Tissue structure
Topic 2
Biological Molecules
β–Ό
  • β€’ Carbohydrates
  • β€’ Lipids
  • β€’ Proteins
  • β€’ Water
  • β€’ Biochemical tests
  • β€’ Chromatography
Topic 3
Enzymes
β–Ό
  • β€’ Mechanism of action
  • β€’ Factors affecting activity
  • β€’ Enzyme inhibition
  • β€’ Immobilised enzymes
  • β€’ Practical investigations
Topic 4
Cell Membranes and Transport
β–Ό
  • β€’ Fluid mosaic model
  • β€’ Diffusion
  • β€’ Osmosis
  • β€’ Active transport
  • β€’ Endocytosis and exocytosis
Topic 5
The Mitotic Cell Cycle
β–Ό
  • β€’ Mitosis stages
  • β€’ Cell cycle regulation
  • β€’ Cancer and cell division
  • β€’ Apoptosis
Topic 6
Nucleic Acids and Protein Synthesis
β–Ό
  • β€’ DNA structure
  • β€’ DNA replication
  • β€’ Transcription
  • β€’ Translation
  • β€’ Gene mutations
Topic 7
Transport in Plants
β–Ό
  • β€’ Xylem structure and function
  • β€’ Phloem structure
  • β€’ Transpiration
  • β€’ Translocation
  • β€’ Adaptations
Topic 8
Transport in Mammals
β–Ό
  • β€’ Heart structure
  • β€’ Cardiac cycle
  • β€’ Blood vessels
  • β€’ Tissue fluid formation
  • β€’ Cardiovascular disease
Topic 9
Gas Exchange
β–Ό
  • β€’ Human respiratory system
  • β€’ Ventilation mechanism
  • β€’ Gas exchange in fish
  • β€’ Gas exchange in insects
Topic 10
Infectious Diseases
β–Ό
  • β€’ Pathogens
  • β€’ Transmission methods
  • β€’ Disease control
  • β€’ Antibiotics and resistance
Topic 11
Immunity
β–Ό
  • β€’ Non-specific defences
  • β€’ B lymphocytes
  • β€’ T lymphocytes
  • β€’ Monoclonal antibodies
  • β€’ Vaccination
  • β€’ Autoimmune diseases
Topic 12
Energy and Respiration
β–Ό
  • β€’ Glycolysis
  • β€’ Krebs cycle
  • β€’ Electron transport chain
  • β€’ Anaerobic respiration
  • β€’ Respiratory substrates
Topic 13
Photosynthesis
β–Ό
  • β€’ Light-dependent reactions
  • β€’ Light-independent reactions (Calvin cycle)
  • β€’ Limiting factors
  • β€’ C4 and CAM plants
Topic 14
Homeostasis
β–Ό
  • β€’ Negative feedback
  • β€’ Blood glucose regulation
  • β€’ Temperature regulation
  • β€’ Osmoregulation
  • β€’ Hormonal control
Topic 15
Control and Coordination
β–Ό
  • β€’ Nervous system
  • β€’ Synaptic transmission
  • β€’ Hormones
  • β€’ Plant responses (tropisms)
  • β€’ Receptors and effectors
Topic 16
Inheritance
β–Ό
  • β€’ Monohybrid inheritance
  • β€’ Dihybrid inheritance
  • β€’ Sex linkage
  • β€’ Epistasis
  • β€’ Chi-squared test
Topic 17
Selection and Evolution
β–Ό
  • β€’ Natural selection
  • β€’ Genetic drift
  • β€’ Speciation
  • β€’ Hardy-Weinberg principle
  • β€’ Evidence for evolution
Topic 18
Classification, Biodiversity and Conservation
β–Ό
  • β€’ Classification systems
  • β€’ Phylogeny
  • β€’ Biodiversity measurement
  • β€’ Sampling techniques
  • β€’ Conservation strategies
Topic 19
Genetic Technology
β–Ό
  • β€’ Gene technology
  • β€’ DNA sequencing
  • β€’ Genetic engineering
  • β€’ Gel electrophoresis
  • β€’ PCR
  • β€’ DNA probes

πŸ“Š Course Overview

19
Topics
5
Exam Papers
2
Years
15+
Practical Skills

πŸ”¬ Required Practicals (Paper 5)

πŸ”¬ Microscopy

Cell structure observation and measurement

Skills: Drawing, magnification calculation

πŸ”¬ Enzyme Experiments

Rate of reaction, temperature and pH effects

Skills: Data collection, graph plotting

πŸ”¬ Photosynthesis

Light intensity effects, starch test

Skills: Experimental design, controls

πŸ”¬ Respiration

Rate of respiration in organisms

Skills: Gas exchange measurement

πŸ”¬ DNA Extraction

Isolating DNA from plant tissue

Skills: Technique, observation

πŸ”¬ Sampling Techniques

Quadrat and transect methods

Skills: Statistical analysis, biodiversity

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