BIOL 112/121 Content Curation Subjects

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The following subjects were identified by faculty as priority search areas. Please continue to add or remove subjects you need researched for the biology OER project.


UNIT 1: Cells – the basic unit of life

  • Course level Learning Outcome for Unit 1: Apply knowledge of the structure-function relationship to the cell’s utility of biomolecules (proteins, nucleic acids, lipids, carbohydrates) and organelles.

Unit 1 priority topic: Major macromolecules in cells: structure and assembly:

  • Lipids – with a focus on membrane phospholipids
  • Nucleic acids
  • Proteins
  • Carbohydrates

UNIT 2: Genes to proteins – Biological Information Flow

  • Course level Learning Outcome for Unit 2: Describe the general cellular machinery and regulation of the processes of replication, transcription, translation, and energy transformation.

Unit 2 priority topic: Gene regulation – activation and repression

  • Eukaryotic promoter regulation
  • Bacterial operons (but not tryptophan as an example)

UNIT 3: Metabolism

  • Course level Learning Outcome for Unit 3: Outline general processes and basic thermodynamic underpinning of cell’s generation of energy from sugar, and energy + reducing agents from the Calvin cycle.

BIOL121 Pyramid of Productivity

  • trophic levels/food chains/food webs
  • how energy is passed from one trophic level to the next
  • how energy is "lost" so that only a fraction of it is transferred to the next trophic level
  • the resulting relationship between trophic level and biomass

BIOL121 Genetics

  • Meiosis
  • Mendelian genetics
  • Connections between Mendel's Laws and the process of meiosis
  • DNA, chromosomes, genes and alleles (eukaryotes)

BIOL121 Evolution

  • population genetics
  • mechanisms of evolution (we especially need something good on genetic drift)
  • Adaptations: what they are, how they come about, idea that they are environment-dependent

Math Skills These are the basic skills required that are related to the Biology content

  • Frequencies: what they are and how to calculate them.
  • Probabilities: how to calculate the probability of multiple independent events using the AND and the OR rule
  • Square roots: basic knowledge of what they are
  • Exponential functions (very basic)