Resources for TeachersNobel Conference 51
Several Minnesota Master Teachers gathered together in the summer prior to this conference to research the life and work of the presenters at the 2015 Nobel Conference. The group developed several pieces of classroom ready curriculum that focus on the topics of the conference. There are several different types of materials including basic biographies, readings, simulations, and lab activities. The materials are all described concisely in the information below and apply to a variety of middle and high school courses.
The development of this material happens annually as a part of the Nobel Curriculum Development Program at Gustavus Adolphus College in St. Peter, MN. It is presented here on the web in an editable format. We encourage teachers to download these materials and use them as they are…and/or adapt them to best fit their classroom and learner needs.
Eric Koser and Robert Shoemaker
Co-Directors
Nobel Curriculum Development Program
Gustavus Adolphus College
Addiction and How it's Related to You
All Speakers
Concepts and Keywords
Concepts: Addiction and how it relates to you
Keywords: Addiction, Reward system, Gateway drug, Buddhism, Pregnancy and drug treatment
Courses
Written with 7-8th graders in mind. Could be adapted for older students. This is an assignment that can be done quickly by high school students. Writing prompts are highly suggested if used in high school to give it depth.
Type of Activity
- Read Article as homework
- Complete writing template
- Use writing/ discussion prompts in class to engage learning from reading. This will allow students to ask questions they have over material and deepen their personal connection of what they read.
Duration
Five articles with one per week leading up to the conference or an article a day the week before the conference
Description
This is a series of articles that can be used as homework or classwork. Students will read the article and then fill out the template. The template (at bottom of the document) is designed so students guide their own learning from their reading. The articles can be read in any order. These articles are focused specifically on the speakers who will be at the Nobel Conference.
Document Overview
Students having background information about a topic they are going to hear about allows a more in depth engagement. Each year as excitement builds for the Nobel conference teachers prepare the kids for what they will hear. These articles can be used as homework. They can be used for the students who are not attending to create a common experience with information. They can also be used to revisit the speakers work or before / after watching the speaker online after the conference. There are writing prompts / discussion questions included with each article to help students synthesize their thoughts after the reading.
Neuron/Synapse Basics
Eric Kandel
Concepts and Keywords
Parts of a Neuron
Communication between Neurons
Electrical/Chemical Signals in the Brain
What happens when we LEARN
“Use it or lose it” phenomena
Neuron, Dendrite, Axon, Cell body (soma), Axon Terminal, Nucleus, Dendritic Spine, Synapse, Synaptic Vesicles, Neurotransmitter, Ions-Na+, K+, Cl-, Ca+, Ion channels, Receptor proteins
Courses
Middle School/High School Life Science, High School Psychology
Type of Activity
Interactive Videos, Notebook Diagramming, Analysis Questions
Duration
50-60 minutes
Description
In this activity, students will watch interactive videos (either as a large group or individually) and diagram, label, and/or color-code the parts, functions, and interaction between two neurons, including occurrences at the synapse. Students will answer analysis questions in their notebook. The teacher may follow up with a large group discussion.
Document Overview
Within this document, you will find a connection to the MN state standards, Next Generation Science Standards, activity objectives, type of activity, duration of activity, connection to the Nobel Conference 2015 speaker, keywords/concepts, target audience, description of activity, materials list, teacher tips, the activity, extensions and follow-up activities, and reference section.
Physiology of Addiction
Eric Kandel, Marc Lewis
Concepts and Keywords
Essential Question: What causes addiction in the brain?
Addiction, Tolerance, Withdrawal, Neurotransmitters, Neuron
Courses
Biology, Anatomy and Physiology, Health, Psychology, Life Science
Type of Activity
Simulation of neuron function with and without drugs
Duration
50 minutes
Description
Students will partake in a game to simulate how drugs affect the brain’s biochemistry
Document Overview
Intro video, simulation, follow up questions, extension questions and activity
Drugs and Neurotransmission
Marc Lewis, Sheigla Murphy
Concepts and Keywords
neurotransmitters, reward pathway, drugs of abuse
Courses
Anatomy/Physiology; Health; Biology
Type of Activity
Webquest
Duration
2-5 50 minute class periods
Description
Webquest teaching about the reward pathway, neurotransmitters and drugs of abuse and how those drugs affect neurotransmission and create long term changes in the brain.
Document Overview
Students work in groups on a webquest designed to help them understand the reward pathway in the brain, roles of neurotransmitters and how drugs interfere with those neurotransmitters and then create an ad campaign designed to prevent drug use in youth
Your Brain on Drugs: Nicotine as a Gateway Drug
Denise Kandel
Concepts and Keywords
Nicotine, Neurotransmitter, Gateway Drug, Tobacco, Dopamine
Courses
Biology, Anatomy/Physiology, Psychology, Life Science, Health, Sociology
Type of Activity
Individual or Small Group with Large Class Activity and Discussion
Duration
1-2 Class periods (approx 45 minutes each)
Description
Part 1 - Preview: Partnership for a Drug Free America, 1987: “Your Brain on Drugs.”
Part 2A - Individual or Small Group Research and Project
Part 2B - Design a Social Campaign
Part 3 - Extension or Follow-up Activity
Nicotine/Candy Addiction Simulation
Document Overview
This lesson contains three activities that are designed to teach students about the physiological effects of nicotine on the brain, examine past and current social campaigns aimed at preventing teen tobacco use, and help kids understand how nicotine actually changes the neural connections within the brain leading to addiction and future drug use.
Informed Decision Making
Marc Lewis
Concepts and Keywords
Decision Making, Addiction, Dopamine, Serotonin, GABA, Glutamate, Stimulants, Depressants
Courses
Life Science, Biology, Genetics
Type of Activity
Webquest and individual project
Duration
2-4 50 minute class periods
Description
Students will learn the science of substance abuse by using the “addiction webquest” from teach genetics. They will then research the question “What must be considered when using drugs?”. They will present their project in any way they choose. Suggestions include but are not limited to a powerpoint, prezi, or posterboard presentation.
Document Overview
This lesson plan focuses on the biology of drugs, risk factors associated with drug abuse, and ends with a project on informed decision making.
Behavioral Addiction
Owen Flanagan, Carl Hart, Eric Kandel, Denise Kandel, Marc Lewis
Concepts and Keywords
addiction, behavioral addiction, process addiction, diagnosis, data analysis, evaluation, evidence based decision making
Courses
General Biology, Life Sciences, Middle School Life Science, Anatomy/Physiology, Health, Advanced Placement Biology, Psychology
Type of Activity
Quiz, Discussion, Data Collection, Activities, Extension
Duration
2 - 60 minute periods or 1 block
Description
Students participate in group/class discussion. They will take a short diagnostic quiz that measures addictive tendencies with respect to Internet/social media. Activities focus on data analysis and interpretation and survey evaluation and arguing a position (claim).
Document Overview
Behavioral Addiction Lesson Plan includes Student/Class Discussion fill in, Social Media/Gaming/Texting Addiction Quiz, and two activities; Data Analysis and Survey Analysis. There are two extension options including a Claim/Evidence/Reasoning activity and a Student Challenge. All Teacher and Student Pages and ancillary material are included.
Advertising and Addiction
Eric Kandel, Denise Kandel
Concepts and Keywords
Tobacco, Nicotine, Advertising, Psychology, Persuasion
Courses
Marketing, Psychology, General Science, Anatomy, Communications
Type of Activity
Group jigsaw activity on advertising messages with follow-up class discussion and optional class video
Duration
2-3 class periods
Description
Students open with a class discussion about images in advertising. Then students work in small groups to choose and watch a series of advertisements. They then summarize changes that have occurred over time and share their findings back out with the class. There is an optional follow up video that summarizes some of the historical tobacco advertising.
High Enough
All Speakers
Concepts and Keywords
Addiction, natural high, artificial high
Courses
General Science, Anatomy, Biology
Type of Activity
Student led presentations that encourage natural highs
Duration
1-2 50 minute class periods
Description
Students begin this lesson by searching youtube for an inspirational video of a sport, accomplishment, or activity that they think has the potential to positively influence their lives or encourage others to try something new. They will then read an article on natural highs and focus on six of the natural highs that they want to share with their classmates.
Document Overview
The purpose of this lesson is the encourage natural highs through enriching environments and activities.
Gender Differences Found in Addiction and Treatment Effectiveness
Sheigla Murphy
Concepts and Keywords
- Gender differences found within the abuse and addiction of drugs
- Gender differences found within the effectiveness of treatment of drug addictions
- Environmental and biological factors that contribute to similarities and differences between the genders
- Societal views and government views that impact the understanding of addictions and treatment programs
Gender, Addiction, Dependence, Abuse, Treatment, Psychotherapy, Self-help Groups, Pharmacotherapies, Behavioral Intervention, Medical Management, Alcohol, Nicotine, Stimulants, Opiates, Marijuana
Courses
Psychology, Biology, Anatomy, Genetics, Sociology, Health
Type of Activity
Students computer research, compare and contrast activity, and discussion
Duration
45-50 minute class period
Description
Students will begin the class by answering some questions. Students will then be divided into groups and be given a specific type of drug and will be asked to use the computer to research how addiction differs and/or is similar between women and men with their assigned drug, and what treatments are effective with men and women and if they differ. They will fill in a Venn diagram and cite their sources. Then, they will be asked to suggest a possible research proposal that could potentially further the research into this area. Finally, students will present their findings and their proposal to the class.
Document Overview
Students will understand, discuss, and synthesize the gender differences and similarities that are found with addiction and the effectiveness in the treatment of addictions found within males and females. Students will research scientific reasons for similarities and differences and present their findings. Students will suggest possible areas for more research to be done and solutions.
The Impact of an Enriched Environment on Dopamine Levels
Carl Hart
Concepts and Keywords
Social Neuroscience, Importance of an Enriched Environment, Dopamine in the Brain, The Science Behind Addiction
Addiction, Dopamine, Serotonin, Social Neuroscience, Neuron, Neurotransmitter, Synapse, Reward Pathway, Evidence Based Decision Making, Interpretation of Data, Evaluation, Data Analysis, Enriched Environment, Brain
Courses
High school biology class, a high school anatomy class, and a psychology class
Type of Activity
- Reading with class discussion.
- Video viewing and discussion.
- Webquest
Duration
80-90 Minutes of class time
Description
Students will read an article about the impact of an enriched environment on drug addiction in monkeys and answer questions in groups. Students will then create a hypothetical similar experiment with humans. After their ideas are shared, students will watch a Ted Talks of speaker Carl Hart who actually conducted experiments with humans and addictions, focusing on the impact of an enriched environment. Students will then complete a webquest to give them a better understanding of dopamine, addiction, and the impact of one’s environment on the likelihood of addiction.
Document Overview
Students will develop an understanding of the impact of an enriched environment or the lack of and how it relates to the development of addictions. Students will analyze scientific research on how dopamine works and how its level can change and impact behavior.