Neuroscience

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Nicotine Addiction: Breaking Up With My Vape
$12.95 – $88.95
Why is it so difficult to quit vaping?
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A Bang to the Head
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What does a concussion do to the brain?
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Lead: An Element of Danger
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Follow the case of a young child with lead poisoning.
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Taste Blind
$13.95 – $89.95
Why can some people taste PTC while others cannot?
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Brains Under the Influence
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What factors affect blood alcohol concentration?
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Disease Detectives
$15.95 – $102.95
Does Mike have meningitis?
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Hand on a Hot Stove
$14.95 – $106.95
Model neuron pathways.
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Cell Communication
$12.95 – $100.95
Create a model to illustrate cell communication.
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Testing for Genetic Disorders that Cause Brain Damage
$18.95 – $135.95
Explore genetic testing for PKU.
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Brain Reward Pathway and Addiction
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Is “Floratryp” addictive?
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Birth Defects and Folic Acid
$16.95 – $119.95
How does folic acid prevent neural tube defects?
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Use of Animals for Medical Testing
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Which animals should be used to test a new drug?
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Mercury Poisoning
$10.95 – $67.95
How does mercury affect the brain? Model biomagnification.
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Genetic Testing for Huntington’s Disease
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Should Jenny get tested for Huntington's disease?
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Showing all 14 results

About Neuroscience

Neuroscience is the study of the body’s nervous system, combining many topics such as physiology, anatomy, molecular biology, developmental biology, and even mathematical modeling. At its most basic level, neuroscience has allowed us to understand all of the processes that occur with a neuron, or communication cell. This in turn lets us understand how information is sent throughout the nervous system by these neurons and then turned into actionable information in our brains. In fact, the average human brain contains around one hundred billion neurons!

Studying neuroscience has provided great insights into how the nervous system is structured, how it works, how it develops, how it functions (and malfunctions), how it can be altered/repaired, and how it can be changed over time. The nervous system is analyzed by neuroscientists on multiple levels, ranging from molecular and cellular levels to cognitive ones.

Neuroscience in the Classroom

Given that neuroscience studies a very small scale, it can be hard to get first-hand experience with it in a classroom setting. But, principles of neuroscientific studies can be simulated, allowing students to delve deep into their body’s systems from the safety of the classroom. Science Take-Out makes it easy for students to engage in hands-on, minds-on learning with school neuroscience lab kits. Through the use of modeling and simulations, students are able to create representations of real-life activities to come to their own conclusions. From studying how cells in the body communicate to examining factors that affect the brain, Science Take-Out allows students to apply scientific principles – and have fun doing it! Science Take-Out’s school neuroscience lab kits are the easiest way to introduce high school, middle school, and even elementary students to exciting new science topics in a way that is safe and stimulating.

Science Take-Out kits also relate closely to Next Generation Science Standards, allowing educators to be sure that they are delivering on science and engineering practices, disciplinary core ideas, and cross cutting concepts. Students are on track to learn about engaging in argument from evidence, grow their knowledge on biological structure and function, and enhance their system modeling skills with Science Take-Out’s engaging school neuroscience lab kits.