These videos are of select lectures or reviews. At this point in time, this is entirely experimental. We are not planning to provide complete coverage nor should you infer that topics selected are necessarily to be emphasized in your studying more than others. Given the interactive nature of our class and the group work we do, these are clearly not a substitute for the "real thing". However you might find these videos useful reviews.

Currently each lecture is not edited or "bookmarked" in anyway. We plan to develop a system that will allow you to directly access the segments that you want in the future. For now, however each lecture is offered as is.

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Lecture 1 - Spring 2006 Fall 2006

Psychics & Scientists Scenario: Introduction, Are You Psychic?

Lecture 2 - Spring 2006 Fall 2006

Psychics & Scientists Scenario: Experimental Design (Dimilin Example)

Lecture 3 - Spring 2006 Fall 2006

Psychics & Scientists Scenario: Hypotheses, Experimental Design, Graphing, Fire and Ice Scenario Introduction.

Lecture 4 - Spring 2006 Fall 2006

Fire & Ice Scenario: Thermoregulation (Web CT information & Clicker Demonstration)

Lecture 5 - Spring 2006 Fall 2006

Fire & Ice Scenario: Concentration gradient (kidney), Diffusion, Osmosis

Lecture 6 - Spring 2006 Fall 2006

Taking notes, Using Flowcharts, Using Interactive Online Exams, Out of the Rainforest Scenario Introduction.

Lecture 7 - Spring 2006 Fall 2006

Out of the Rainforest Scenario: Natural Selection, Coevolution, Cellular Respiration (beginning)

Lecture 8 - Spring 2006 Fall 2006

Out of the Rainforest Scenario: Cellular Respiration (Electron Transport Chain)

Lecture 9 - Spring 2006 Fall 2006

Out of the Rainforest Scenario: Cellular Respiration (Glycolysis, Krebs, ETC)

Lecture 10 - Spring 2006 Fall 2006

Review for Exam One

Lecture 11 - Spring 2006 Fall 2006

Chemical Defenses Scenario: Introduction, Neuron Signal Transmission & How to access grades on WebCT.

Lecture 12 - Spring 2006 Fall 2006

Chemical Defenses Scenario: Signal Transmission

Lecture 13 - Spring 2006 Fall 2006

Chemical Defenses Scenario: Synaptic Transmission

Lecture 14 - Spring 2006 Fall 2006

Chemical Defenses Scenario: Wrap-up & Marooned in the Galapagos Scenario Introduction

Lecture 15 - Spring 2006 Fall 2006

Marooned in the Galapagos Scenario: Penguins, Natural Selection, Founder Effect and Speciation

Lecture 16 - Spring 2006 Fall 2006

Marooned in the Galapagos Scenario: Natural Selection Q & A

Lecture 17 - Spring 2006 Fall 2006

Marooned in the Galapagos Scenario: Speciation, Adaptive Radiation

Lecture 18 - Spring 2006 Fall 2006

Rainbow Connection Scenario: Introduction, Color and Light

Lecture 19 - Spring 2006 Fall 2006

Rainbow Connection Scenario: More Color, Light Reactions

Lecture 20 - Spring 2006 Fall 2006

Rainbow Connection Scenario: Chemiosmotic Phosphorylation, Calvin Cycle

Lecture 21 - Spring 2006 Fall 2006

Rainbow Connection Scenario: Connection Cellular Respiration and Photosynthesis

Lecture 22 - Spring 2006 Fall 2006

Review for Exam Two

Lecture 23 - Spring 2006 Fall 2006

Emerging Diseases Scenario: Introduction

Lecture 24 - Spring 2006 Fall 2006

Emerging Diseases Scenario: Factors Influencing the Spread of Infectious Diseases, Population Growth

Lecture 25 - Spring 2006 Fall 2006

Emerging Diseases Scenario: Population Growth

Lecture 26 - Spring 2006 Fall 2006

Emerging Diseases Scenario: Exponential vs Logistic Growth, Immunity

Lecture 27 - Spring 2006 Fall 2006

Emerging Diseases Scenario: Population Growth Q & A, Immunity, TB

Lecture 28 - Spring 2006 Fall 2006

Emerging Diseases Scenario: Antibiotic Resistance

Lecture 29 - Spring 2006 Fall 2006

Emerging Diseases Scenario: Conclusion, Family Reunion Scenario Introduction, Cancer

Lecture 30 - Spring 2006 Fall 2006

Family Reunion Scenario: DNA, Genes, Transcription, Translation

Lecture 31 - Spring 2006 Fall 2006

Family Reunion Scenario: Transcription, Translation, Karyotype, Chromosomes

Lecture 32 - Spring 2006 Fall 2006

Family Reunion Scenario: Meiosis, ABO Blood Groups, Inheritance, X-linked Inheritance

Lecture 33 - Spring 2006 Fall 2006

Family Reunion Scenario: Problem Sets

Lecture 34 - Spring 2006 Fall 2006

Review for Exam Three

Lecture 35 - Spring 2006 Fall 2006

Hogs and Chickens Scenario: Introduction, Trophic Levels, Biomass

Lecture 36 - Spring 2006 Fall 2006

Hogs and Chickens Scenario: Nitrogen and Phosphorous

Lecture 37 - Spring 2006 Fall 2006

Hogs and Chickens Scenario: Bio-GeoChemical Cycles, Eutrophication

Lecture 38 - Spring 2006 Fall 2006

Hogs and Chickens Scenario: Bioaccumulation, (Biomagnification), Conclusion; Why Do We Care About Fat Scenario Introduction, Sexual Selection

Lecture 39 - Spring 2006 Fall 2006

Why Do We Care About Fat Scenario: Mating Systems, Mate Choice, Good Genes Hypothesis

Lecture 40 - Spring 2006 Fall 2006

Why Do We Care About Fat Scenario: Mate Selection and Symmetry, Handicap Hypothesis, Evolutionary Explanations for Characteristics, Metabolic Processes involved in Fat Production.

Lecture 41 - Spring 2006 Fall 2006

Why Do We Care About Fat Scenario: Mating Q & A, Leptin Experiment with Mice, Metabolism

Lecture 42

Why Do We Care About Fat Scenario: Leptin and metabolic rate, Uncoupler proteins