Content |
*Nine Themes of Biology
*Animal & Plant Cell Structure
*Organelle Structure & Function
*Membrane Transport: Active, Osmosis, Diffusion (cholera)
*ATP
*Protein Synthesis
*Enzyme function
*Molecular Structure of DNA
*Replication
*Transcription & Translation
|
*Photosynthesis: Electron Transport Chains & Calvin Cycle
*Cellular Respiration: *Glycolysis, Krebs Cycle, *Electron Transport Chain
*Cell Cycle
*Mitosis & Meiosis
*Chromosomes & Genes
*Mendelian Patterns of Inheritance
*Non-mendelian patterns of Inheritance
* Cycle sequencing of DNA & gel electrophoresis
* PCR amplification of DNA
|
*Charles Darwin & Alfred Wallace: fathers of evolution
*Island biogeography
*Physical & Biological Evidence for Evolution
*Macroevolution: natural selection, speciation
*Microevolution: genetic drift, Hardy-Weinberg
*Ecosystem characteristics: population density, limiting factors
Ecosystem dynamics: predation, symbiosis, intra-specific competition
*Solving a ecological problem in a municipal community
|
Skills |
Observation
Using a Compound Light Microscope
Creating a Wet-Mount slide
Modeling Biological Systems
|
Recognizing Complex Patterns
Modeling DNA
Applying biological techniques
Analyzing data
|
Evaluating evidence
Developing a hypothesis
Investigative Problem-solving
|
Portfolio Artifacts |
*Membrane Transport lab
*Computer models of proteins
|
*Colon Cancer: Case Study
*Strawberry DNA Extraction lab
*Simulated DNA Fingerprints
*Cell Abstraction paintings
|
*Island Biogeography of Cape Verde Island: Case Study
*Evolution Manifest
*Fish Kill Mystery: case study
*Brian Knep-inspired photo series
|
Resources |
*Neil Campbell's Biology: Exploring Life
*Michael Pollan's In Defense of Food
*Milwaukee School of Engineering molecule models
|
*Neil Campbell's Biology: Exploring Life
|
*Neil Campbell's Biology: Exploring Life
|
Comments (0)
You don't have permission to comment on this page.