• Basic Biochemistry
  • Elements in Biochemistry
  • Glucose structure
• Condensation
  & hydrolysis
  • Condensation & hydrolysis
  • Condensation of
    monosaccharides
  • Hydrolysis of
    a disaccharide
  • Amino acid structure
  • Condensation of
    amino acids
  • Hydrolysis of a dipeptide
  • Formation of a lipid
    by condensation
  • Hydrolysis of a lipid
• Protein structure
  • Levels of protein structure
  • Insulin as an example
  • Haemoglobin & Myoglobin
• Practicals
  • Tests on carbohydrates
  • Digestion of starch
  • Amino acid chromatography
  • Competitive enzyme inhibition
  • Unknown liquids practical
  • Effect of pH on catalase
• Pathways
  • Glycolysis
  • Glycolysis (minimal detail)
  • Glycolysis (more detail)
  • Regeneration of NAD
  • TCA cycle
  • ETC
  • Oxidative phosphorylation
  • Light-dependent reactions
  • Light-independent reactions
• Info
  • Info about amino acids
  • The kangaroo rat
  • Human digestive system
  • Hardy-Weinberg equation
• BACKGROUND INFO
  ABOUT TOPICS BELOW
• Biological chemicals
  • Monomers and polymers
  • Carbohydrates
  • Lipids
  • Proteins
  • Enzymes
  • pH
  • ATP
  • Nucleic Acids
    (DNA and RNA)
  • DNA replication
  • Water
  • Inorganic ions
• Cells and cellularity
  • Eukaryotic cells
  • Prokaryotic cells
  • Studying cells (with
    the microscope)
  • Virus particles
  • Endosymbiont theory
  • The cell cycle
  • Transport across
    cell membranes
  • Cell recognition
• Exchanges with
  the environment
  • Surface area to
    volume ratio
  • Gas exchange
  • Digestion and
    absorption
  • Mass transport
    in animals
  • Mass transport
    in plants
• Genetic information
  • DNA, genes and
    chromosomes
  • DNA & protein synthesis
  • Genetic diversity
  • Genetic diversity
    and adaptation
  • Species and taxonomy
  • Biodiversity within
    a community
  • Investigating diversity
• Energy transfers
  • Respiration processes
  • Photosynthesis reactions
  • Energy and ecosystems
  • Nutrient cycles
• Response
  • Survival and response
  • Receptors
  • Control of heart rate
  • Nerve cells, impulses
  • Synaptic transmission
  • Skeletal muscle
  • Homeostasis
  • Control of blood
    glucose concentration
  • Control of blood
    water potential
• Genetics,
  Evolution & speciation
  • Inheritance
  • Populations +
  • Evolution processes
  • Sympatric Speciation
  • Allopatric Speciation
  • Populations
    in ecosystems
• The control of
  gene expression
  • Base sequence alteration
  • Cell potency
  • Regulation of transcription
    and translation
  • Gene expression
    and cancer
  • Using genome projects
  • Recombinant DNA
    technology
  • Identification & diagnosis
    of heritable conditions
  • Genetic fingerprinting
    and DNA profiling