Mouse Party Worksheet Answers Sketch

Mouse Party Log on to http://gslc.genetics.utah.edu/units/addiction and observe the Mouse Party. Fill in the table below, creating a sketch that summarizes the action of each drug in the "Summary Illustration" column. Pre-Activity: Look up the following terms and define them in your own words!

Use the information in the activity to complete the table. For Sketch. Boost learning with Mouse Party worksheets! Fun and effective activities for students.

Download and print for home or classroom use. Explore drug effects on neurotransmitters with this Mouse Party worksheet. Learn about heroin, ecstasy, marijuana, and more.

High School level. View AP bio mouse party.pdf from SCIENCE 234 at Watertown High School, Watertown. NAME Answer key DATE Mouse Party Worksheet Visit the web page for Mouse Party.

If you have your own action of drug description you'd like to add, go ahead! Learn with flashcards, games, and more. Mouse Party! Drug Neurotransmitter Affected (Does the drug block or mimic it?) What occurs at the synapse? marijuana mimic excess serotonin heroin mimic ecstasy mimic methamphetamine mimic alcohol block Producing immediate feelings of sedation and well being it binds again and again to the receptors, over stimulating the cell Tran sporters start working in reverse, actively pumping dopamine. The document describes an activity called "Mouse Party" that teaches students about how drugs disrupt neurotransmitter signaling in the brain.

In the activity, students analyze lab mice exposed to different drugs to see how each drug impacts the synapse. The document provides a table for students to fill out describing each drug, the neurotransmitters it involves, how it disrupts the synapse. Mouse Party Taken up by dopamine transporters and pushes dopamine out of vesicles.

The transporters reverse action and pump dopamine into the synapse where it becomes trapped and repeatedly binds to receptors. Increases the inhibitory effects of GABA. Binds to glutamate receptors, preventing glutamate from binding to and exciting the cell.