• The structure and chemical properties of water
  • The makeup and properties of macromolecules
  • The structure of DNA and RNA
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  • Cellular components and functions of those components
  • Cell interaction with its environment
  • The cell membrane structure and function
  • Cell regulatory mechanisms like osmosis and selective permeability
  • Cellular compartmentalization
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  • The structure and function of enzymes
  • The role of energy in living systems
  • The processes of photosynthesis
  • The processes of cellular respiration
  • Molecular diversity and cellular response to environmental changes
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  • The mechanisms of cell communication
  • Signal transduction
  • Cellular responses and feedback mechanisms
  • The events in a cell cycle
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  • The process and function of meiosis
  • The concepts genetic diversity
  • Mendel’s laws and probability
  • Non-mendelian Inheritance
  • Factors affecting inheritance and gene expression
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  • The roles and functions of DNA and RNA
  • The mechanisms of gene expression
  • How genotype affects phenotype
  • Mutations, genetic diversity, and natural selection
  • Genetic engineering and biotechnology
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  • Evidential support for evolution and common ancestry
  • The mechanisms of natural selection and speciation
  • Environmental and human-caused factors in evolution
  • Charting species ancestry through phylogenetic trees and cladograms
  • Extinction
  • Models of the origin of life on Earth
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  • Communication and responses to environmental changes
  • Energy flow within and across ecosystems
  • Factors in the growth, density, and success of populations
  • Factors in community and ecosystem dynamics
  • Invasive species, human interaction, and environmental changes
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