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Explain inspiration and expiration through pressure changes
Explain the fluid-mosaic model
Explain ATP-driven carrier transport
Identify DNA and RNA nucleotide components
Define genes, alleles and loci
Explain transcription and eukaryotic splicing
Describe amino acids and peptide-bond formation
Explain induced fit and activation energy
Explain helicase, complementary pairing and polymerase
Compare substitution, insertion and deletion
Use genotype, phenotype and dominance precisely
Link a CFTR mutation to organ effects
Explain hybridisation with labelled DNA probes
Work through each topic to complete the section.