Genetics - Jon Darkow

Home
Evolution
Evolution of Populations: Genetic Drift, Natural Selection, and Mutations
Ground Finch Adaptations
Natural Selection in Mussels
Evolving Bits
Enzymes
Lactase Enzyme Simulation
Lactase with Variable Sample Sizes
Enzyme Diversity Simulation
Enzyme Diversity: Enzymes, Products, and Substrates
Testing Unknown Enzymes
Metabolism
Cellular Respiration Accounting Model
Cellular Respiration - Open Inquiry Model
Photosynthesis Simulation
Photosynthesis Model with variable sample sizes
Physiology
Cardiovascular Model
Fruit Fly Choice Chamber
HPV and Adaptive Immunity
Insulin Secretion and Membrane Transport
Neurophysiology and Neurotoxins
Neurophysiology and Information Processing
Oxytocin - Uterine Contractions Feedback System
Thyroid Hormone Feedback System Model
Genetics
Drosophila Genetics Model - Apterous vs. Wild-Type
Drosophila Genetics Model - White Eyed vs. Wild Type
Gene Linkage and Recombination
Patterns of Inheritance with Gel Electrophoresis Analysis
Simple Genetics Model - Chi-Square Practice
Molecular Biology
Transformation Experiment
Tryptophan Operon: a repressible system
Lactose Operon: an inducible system
Lac Operon with Diauxic Growth
Ecology
Carbon Flux and System Dynamics
Catastrophic Regime Change in Aquatic Ecosystems
Exponential Growth Model
Extinction Vortex
Limiting Nutrients with Data Analysis
Logistic Growth Model and the Butterfly Effect
Population Dynamics of White-Footed Mouse
Strange Attractor
Timing and Coordination
Cell Cycle Simulation
CLOCK Gene Expression and Circadian Rhythms
Phenology of the Endangered Karner Blue Butterfly
Osmosis
Diffusion and SA/V
Water Potential and Osmosis
More
Help Using Simulations
Teaching Methods
About me
Repository of Activity Sheets
Other Resources
Patreon Patron

Navigation

Home
- Cell Transport
- Diffusion and SA/V
- Metabolism
- Osmosis
- Osmosis
- Transportation
About me
Carbon Budget and System Dynamics
Carbon Flux and System Dynamics
Cardiovascular Model
Cell Cycle Simulation
Cellular Respiration - Open Inquiry Model
Cellular Respiration Accounting Model
CLOCK Gene Expression and Circadian Rhythms
Drosophila Genetics Model - Apterous vs. Wild-Type
Ecology
- Catastrophic Regime Change in Aquatic Ecosystems
- Extinction Vortex
- Population Dynamics of White-Footed Mouse
- Strange Attractor
Enzyme Diversity: Enzymes, Products, and Substrates
Enzymes
- Enzyme Diversity Simulation
- Testing Unknown Enzymes
Evolution
- Evolving Bits
- Ground Finch Adaptations
- Natural Selection in Mussels
Evolution of Populations: Genetic Drift, Natural Selection, and Mutations
- Evolution of Populations with Heterozygous Advantage
Exponential Growth Model
FAQs
Feedback and Questions
Fruit Fly Choice Chamber
Gene Linkage and Recombination
Genetics
- Drosophila Genetics Model - White Eyed vs. Wild Type
Help Using Simulations
HPV and Adaptive Immunity
Insulin Secretion and Membrane Transport
Lac Operon with Diauxic Growth
Lactase Enzyme Simulation
Lactase with Variable Sample Sizes
Lactose Operon: an inducible system
Limiting Nutrients with Data Analysis
Logistic Growth Model and the Butterfly Effect
Molecular Biology
More
Neurophysiology and Information Processing
Neurophysiology and Neurotoxins
Other Resources
Oxytocin - Uterine Contractions Feedback System
Patreon Patron
Patterns of Inheritance with Gel Electrophoresis Analysis
Phenology of the Endangered Karner Blue Butterfly
photosynthesis model
Photosynthesis Model with variable sample sizes
Photosynthesis Simulation
Phtml5
Physiology
Repository of Activity Sheets
Simple Genetics Model - Chi-Square Practice
Systems Blog
- 001: Dynamic Equilibrium
- 002: Dynamic Equilibrium
Teaching Methods
Thyroid Hormone Feedback System Model
Timing and Coordination
Transformation Experiment
Trp Operon and Lac Operon Model
Tryptophan Operon: a repressible system

Genetics

Genetics Models:

Drosophila Genetics Model - Apterous vs. Wild Type
Drosophila Genetics Model - White Eyed vs. Wild Type
Gene Linkage, Recombination, and Independent Assortment
Pattern of Inheritance with Gel Electrophoresis Analysis
Simple Genetics Simulation

FAQs: Frequently Asked Questions

Feedback: Leave some FEEDBACK or ask a QUESTION at this Google Form.

Support: Be awesome! Become a patron! These open-access sims are ad-free because of the support from a few awesome teachers. Keep the lights on by becoming a patron HERE😊 😊 😊

Creative Commons License

Sign in Recent Site Activity Report Abuse Print PagePowered By Google Sites