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Jo DeVries

Jo DeVries's Public Lists

  • 1-Statistical Analysis (0)

    Both SL and HL links to help in understanding how basic statistical tests like t-test and chi-squared (HL) can be used to validate (or invalidate) data.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 2.1 Cell Theory, Size, Magnification, Stem Cells (3)

    Links that might help understanding or study of cell theory, emergent properties, stem cells, magnification, and cell size.

    Created: Jan 08, 12 Modified: Feb 17, 12

  • 2.2-Prokaryotic Cells (0)

    Links to learn the microstructure and unique features of prokaryotic cells.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 2.3-Eukaryotic Cells and Structure (3)

    Links for studying the ultrastructure and types of eukaryotic cells. Includes the basic structure of the cell membrane including both hydrophobic and hydrophilic properties.

    Created: Jan 08, 12 Modified: Feb 23, 12

  • 2.4-Cell Membrane Structure, Function and Processes (0)

    Links for study of cell membrane properties and the processes of diffusion, osmosis (passive transport) and types of active transport.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 2.5-Cell division (1)

    Links to the phases of the cell cycle, and the events that occur in each.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 3.1-Biochemistry (0)

    Links for study of basic biochemistry and the properties of water.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 3.2-Carbs, Lipids and Proteins (0)

    Links to help distinguish between the types of biomolecular groups and their uses. Examples of each - names and structure.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 3.3-DNA structure (0)

    Links for describing the basic structure of nucleotides and DNA

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 3.4-DNA replication (0)

    Links to use while studying DNA replication.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 3.5-Transcription and Translation (0)

    Links for understanding the transformation of the DNA code into protein molecules. Compare RNA (the different types) and DNA and their roles in protein synthesis.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 3.6-Enzymes (0)

    Links for studying the effects of pH, substrate concentration and temperature on enzyme activity and how extremes from the optimum values can lead to denaturation. How Lactase is used and obtained in our society.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 3.7-Cell Respiration (0)

    Links for visualing the processes of aerobic and anaerobic cell respiration, where and how they produce ATP.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 3.7-Photosynthesis (0)

    Links for understanding the conversion of light energy to chemical energy using chlorophyll, the absorption spectra of light used in photosynthesis and the environmental factors that affect photosynthetic rate including CO2, temperature and light intensity.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 4.1-Chromosomes, alleles, genes and mutations (3)

    Links explaining the relationship between mutations, protein synthesis, alleles, genes and chromosomal abnormalities.

    Created: Jan 08, 12 Modified: Feb 23, 12

  • 4.2-Meiosis (0)

    Links to events in the first and second division of meiosis and its relationship to sexual reproduction. Karyotyping and recognition of a normal vs. abnormal karyotype is included.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 4.3-Mendelian Genetics (0)

    Links to information on terms and conditions most commonly studied in basic genetics, including sex linkage and codominance. Use of punnett squares are demonstrated.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 4.4-Genetic engineering and biotechnology (1)

    Links to descriptions of various technologies used in dna profiling (forensic and paternal usage), the production of GMOs, cloning, etc.

    Created: Jan 08, 12 Modified: Feb 24, 12

  • 5.1-Communities Ecology (2)

    SL links to learn the difference between such parts of an ecosystem as biotic and abiotic factors, community, populations, etc. Learn how energy flows thru a community.

    Created: Jan 08, 12 Modified: Feb 16, 12

  • 5.2-Greenhouse Effect (0)

    SL links to understanding how greenhouse gases can affect global climate and how exercising the precautionary principle might prevent catastrophic consequences to our climate.

    Created: Jan 08, 12 Modified: Feb 16, 12

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