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IB Biosone
Home
About me
Syllabus Overview
1. Molecules
A 1.1 Water
A 1.2 Nucleic Acids
B 1.1 Carbohydrates and lipids
B 1.2 Proteins
C 1.1 Enzymes and metabolism
C 1.2 Cell respiration
C 1.3 Photosynthesis
D 1.1 DNA replication
D 1.2 Protein synthesis
D 1.3 Mutations and gene editing
2. Cells
A 2.1 Origins of cells (HL)
A 2.2 Cell structure
A 2.3 Viruses (HL)
B 2.1 Membranes and compartmentalization
B 2.2 Organelles and compartmentalization
B 2.3 Cell specialization
C 2.1 Chemical signalling (HL)
C 2.2 Neural signalling
D 2.1 Cell and nuclear division
D 2.2 Gene expression
D 2.3 Water potential
3. Organism
A 3.1 Diversity of organisms
A 3.2 Classification & Cladistics (HL)
B 3.1 Gas exchange
B 3.2 Transport
B 3.3 Muscles & Motility (HL)
C 3.1 Integration of body systems
C 3.2 Defence against disease
D 3.1 Reproduction
D 3.2 Inheritance
D 3.3 Homeostasis
4. Ecosystems
A 4.1 Evolution and speciation
A 4.2 Conservation of biodiversity
B 4.1 Adaptation to environments
B 4.2 Ecological niches
C 4.1 Populations and communities
C 4.2 Transfers of energy and matter
D 4.1 Natural selection
D 4.2 Stability and Change
D 4.3 Climate Change
Statistics
Collaborative Project
IB Biosone
Home
About me
Syllabus Overview
1. Molecules
A 1.1 Water
A 1.2 Nucleic Acids
B 1.1 Carbohydrates and lipids
B 1.2 Proteins
C 1.1 Enzymes and metabolism
C 1.2 Cell respiration
C 1.3 Photosynthesis
D 1.1 DNA replication
D 1.2 Protein synthesis
D 1.3 Mutations and gene editing
2. Cells
A 2.1 Origins of cells (HL)
A 2.2 Cell structure
A 2.3 Viruses (HL)
B 2.1 Membranes and compartmentalization
B 2.2 Organelles and compartmentalization
B 2.3 Cell specialization
C 2.1 Chemical signalling (HL)
C 2.2 Neural signalling
D 2.1 Cell and nuclear division
D 2.2 Gene expression
D 2.3 Water potential
3. Organism
A 3.1 Diversity of organisms
A 3.2 Classification & Cladistics (HL)
B 3.1 Gas exchange
B 3.2 Transport
B 3.3 Muscles & Motility (HL)
C 3.1 Integration of body systems
C 3.2 Defence against disease
D 3.1 Reproduction
D 3.2 Inheritance
D 3.3 Homeostasis
4. Ecosystems
A 4.1 Evolution and speciation
A 4.2 Conservation of biodiversity
B 4.1 Adaptation to environments
B 4.2 Ecological niches
C 4.1 Populations and communities
C 4.2 Transfers of energy and matter
D 4.1 Natural selection
D 4.2 Stability and Change
D 4.3 Climate Change
Statistics
Collaborative Project
More
Home
About me
Syllabus Overview
1. Molecules
A 1.1 Water
A 1.2 Nucleic Acids
B 1.1 Carbohydrates and lipids
B 1.2 Proteins
C 1.1 Enzymes and metabolism
C 1.2 Cell respiration
C 1.3 Photosynthesis
D 1.1 DNA replication
D 1.2 Protein synthesis
D 1.3 Mutations and gene editing
2. Cells
A 2.1 Origins of cells (HL)
A 2.2 Cell structure
A 2.3 Viruses (HL)
B 2.1 Membranes and compartmentalization
B 2.2 Organelles and compartmentalization
B 2.3 Cell specialization
C 2.1 Chemical signalling (HL)
C 2.2 Neural signalling
D 2.1 Cell and nuclear division
D 2.2 Gene expression
D 2.3 Water potential
3. Organism
A 3.1 Diversity of organisms
A 3.2 Classification & Cladistics (HL)
B 3.1 Gas exchange
B 3.2 Transport
B 3.3 Muscles & Motility (HL)
C 3.1 Integration of body systems
C 3.2 Defence against disease
D 3.1 Reproduction
D 3.2 Inheritance
D 3.3 Homeostasis
4. Ecosystems
A 4.1 Evolution and speciation
A 4.2 Conservation of biodiversity
B 4.1 Adaptation to environments
B 4.2 Ecological niches
C 4.1 Populations and communities
C 4.2 Transfers of energy and matter
D 4.1 Natural selection
D 4.2 Stability and Change
D 4.3 Climate Change
Statistics
Collaborative Project
2. Cells
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