Biology: Genes, inheritance and selection
Chapter Overview
- Animal and plant responsesAnimal coordination, control and homeostasisBiodiversityBiodiversity and variationBioenergeticsBiological membranesBiological moleculesBiology practicalsCell biologyCell division and cellular organisationCell level systemsCell structureCellsCells and controlCells, viruses and reproduction of living thingsClassification and biodiversityClassification and evolutionCloning and biotechnologyCommunication and homeostasisCommunity level systemsControl systemsDisease and the immune systemEcologyEcosystemsEcosystems and material cyclesEcosystems, populations and sustainabilityEnergy for biological processesEnergy transfersEvolutionExchange and transportExchange and transport in animalsExcretionGene expressionGenes, inheritance and selectionGeneticsGenetics, populations, evolution and ecosystemsGlobal challengesHealth, disease and the development of medicinesHomeostasisHomeostasis and responseInfection and responseInheritance, variation and evolutionKey conceptsManipulating genomesMicrobiology and pathogensModern geneticsNatural selection and genetic modificationNervous coordinationNucleic acids and nucleotidesNucleotides and nucleic acidsOrganisationOrganism level systemsOrigins of genetic variationPatterns of inheritancePhotosynthesis and respirationPlant structures and their functionsPractical skillsScaling upStimuliSubstance exchangeThe immune systemTransport in animalsTransport in plantsWorking scientifically
Genes, inheritance and selection
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