Jon Darkow
  • Home
  • Evolution
    Evolution of Antibiotic Resistance Simulation
    Evolution of Populations: Genetic Drift, Natural Selection, and Mutations
    Guppy Evolution
    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
    ATP Hydrolysis
    Cellular Respiration Accounting Model
    Cellular Respiration - Multiple Dose Model
    Photosynthesis Simulation
    Photosynthesis Model with variable sample sizes
  • Physiology
    Cardiovascular Model
    COVID-19 SIR Simulation
    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
    Genotyping with Electrophoresis
    Lactose Operon: an inducible system
    Lac Operon with Diauxic Growth
    Transformation Experiment
    Transformation Experiment with Controls
    Tryptophan Operon: a repressible system
  • Ecology
    Algal Blooms and Trophic Dynamics in Aquatic Ecosystems
    Carbon Cycle Simulation
    Carbon Flux and System Dynamics
    Exponential Growth
    Extinction Vortex
    Limiting Nutrients with Data Analysis
    Logistic Growth Model and the Butterfly Effect
    Phosphorus in a Lake: Changes in a Dynamic System
    Population Dynamics of White-Footed Mouse
    Predator-Prey Simulation of the Lotka-Volterra Model
    Strange Attractor
  • Timing and Coordination
    Cell Cycle Simulation - Updated 2020
    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
  • Activity Sheets
  • More
    Help Using Simulations
    Teaching Methods
    About me
    Repository of Activity Sheets
    Other Resources
  • Support

Navigation

  • Home
    • ATP Hydrolysis
    • Cell Transport
    • Diffusion and SA/V
    • Metabolism
    • Osmosis
    • Osmosis
    • predator prey mobile
    • Transportation
  • About me
  • Activity Sheets
  • Carbon Budget and System Dynamics
  • Carbon Cycle Simulation
  • Carbon Flux and System Dynamics
  • Cardiovascular Model
  • Cell Cycle Simulation
  • Cell Cycle Simulation - Updated 2020
  • Cellular Respiration - Multiple Dose Model
  • Cellular Respiration Accounting Model
  • CLOCK Gene Expression and Circadian Rhythms
  • Drosophila Genetics Model - Apterous vs. Wild-Type
  • Ecology
    • Algal Blooms and Trophic Dynamics in Aquatic Ecosystems
    • Extinction Vortex
    • Population Dynamics of White-Footed Mouse
    • Predator-Prey Simulation of the Lotka-Volterra Model
    • Strange Attractor
  • Enzyme Diversity: Enzymes, Products, and Substrates
  • Enzymes
    • Enzyme Diversity Simulation
    • Testing Unknown Enzymes
  • Evolution
    • Evolution of Antibiotic Resistance Simulation
    • 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
  • Exponential Growth Model
  • FAQs
  • Feedback and Questions
  • Fruit Fly Choice Chamber
  • Gene Linkage and Recombination
  • Genetics
    • Drosophila Genetics Model - White Eyed vs. Wild Type
  • Genotyping with Electrophoresis
  • Guppy Evolution
  • Help Using Simulations
  • HPV and Adaptive Immunity
  • Illusions and Assumptions
  • 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
  • Patterns of Inheritance with Gel Electrophoresis Analysis
  • Phenology of the Endangered Karner Blue Butterfly
  • Phosphorus in a Lake: Changes in a Dynamic System
  • photosynthesis model
  • Photosynthesis Model with variable sample sizes
  • Photosynthesis Simulation
  • Phtml5
  • Physiology
    • COVID-19 SIR Simulation
  • Repository of Activity Sheets
  • Simple Genetics Model - Chi-Square Practice
  • Support
  • Systems Blog
    • 001: Dynamic Equilibrium
    • 002: Dynamic Equilibrium
  • Teaching Methods
  • Thyroid Hormone Feedback System Model
  • Timing and Coordination
  • Transformation Experiment
  • Transformation Experiment with Controls
  • 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 

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