Skip to main content
impact
impact
open science
subheadline
careers and opportunities
subheadline
people & teams
people & teams
subheadline
allenites
subheadline
allen institute advisors
subheadline
board of directors
subheadline
shanahan foundation fellowship
subheadline
next generation leaders
subheadline
research
overview
our approach
subheadline
publications
subheadline
open science
subheadline
accelerator
brain science
subheadline
cell science
subheadline
neural dynamics
subheadline
immunology
subheadline
synthetic biology
subheadline
education
education
science education
subheadline
education resources
subheadline
field trips
subheadline
open science
subheadline
open science quest
subheadline
news
news
stories
subheadline
podcast
subheadline
sign up for our newsletter
subheadline
events
events
all events
subheadline
conferences
subheadline
event code of conduct
subheadline
events
open science quest
subheadline
summer workshop on the dynamic brain
subheadline
open science week
subheadline
brain fest
subheadline
science resources
science resources
allencell.org
subheadline
allenimmunology.org
subheadline
allenneuraldynamics.org
subheadline
brain-bican.org
subheadline
brain-map.org
subheadline
microns-explorer.org
subheadline
impact
back to menu
impact
open science
subheading
careers and opportunities
subheading
people & teams
people & teams
subheading
allen institute advisors
subheading
board of directors
subheading
shanahan foundation fellowship
subheading
next generation leaders
subheading
research
back to menu
impact
Label
subheading
Label
subheading
people & teams
education
back to menu
research
Label
subheading
Label
subheading
Heading
news
back to menu
research
Label
subheading
Label
subheading
Heading
events
back to menu
research
Label
subheading
Label
subheading
Heading
science resources
back to menu
science resources
allencell.org
subheading
allenimmunology.org
subheading
allenneuraldynamics.org
subheading
brain-bican.org
subheading
brain-map.org
subheading
microns-explorer.org
subheading
search
education

Brain donation & bioethics

Learn about the process of brain donation and the importance of bioethics in neuroscience research

resource type / 
Lesson Plan
published / February 13, 2026
education level / 
High School
Undergraduate
Chocolate chip cookies baking on dark baking sheet or parchment paper.
share/
This is some text inside of a div block.

in this lesson

table of contents will display on published page only
set h2 to populate the table of contents here
lesson

contributors

Madison Meuler
Education and Engagement Specialist II
Kaitlyn Casimo
Manager, Education & Engagement

About this resource:

Ever wonder how scientists study the human brain? To learn more about the processes of living and post-mortem brain donation and the role of bioethics in scientific research, check out our lesson plan featured below!

hand drawn sketch of a human brain with text that says "would you donate your brain to science?" by Maddy Meuler/ Allen Institute

‍

Audience level: high school or first/second year undergraduate  

Mode of instruction: suitable for remote, hybrid, or in-person instruction  

Estimated lesson timeline: 55 minutes total + 20 minute optional debate activity  

Prior knowledge needed: This lesson does not require a background in biology in order to complete it. This lesson is suitable for students from a variety of disciplinary backgrounds including philosophy, psychology, science and technology studies, and any of the life sciences.

Learning Objectives:  

  • Students will reflect on the importance of bioethics within biomedical research
  • Students will describe the process of both living and post-mortem brain donation, and how these types of donations provide different biological data  
  • Students will appreciate and be able to articulate why some people may choose to not donate their brain to science  
  • Students will articulate the importance of neurodiversity within brain science
  • Students will reflect on the ethical implications of policies of expressed vs. presumed consent  
  • Students will articulate the importance of consent within biomedical research

Note: This lesson plan is also the first of a four-part lesson featured on our Understanding Alzheimer’s Disease page

Lesson materials:

Check out the Instructor Guide  

Check out the Student Worksheet

‍

featured education resources

explore more resources
brain science
cell science
immunology
neural dynamics
synthetic biology
Early Career Scientists
Health Care Providers
Students
Doctors
Teachers
Postdocs
Scientists
Educators
General Public
Middle School
High School
Undergraduate
Graduate
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
Microscopic view of cells with fibrous cytoplasm and dark nuclei
Lesson Plan 
A virtual laboratory on cell division
Explore the process of mitosis by analyzing real cell images
Histological cross-section of human ear and cerebellum tissue stained with purple dye
Lesson Plan 
Exploring pathways in the brain
Explore open access datasets on neuroanatomy, gene expression, and brain connectivity
Cross-section of human brain showing cerebral hemispheres and internal structures on black background
Lesson(s) 
Understanding Alzheimer’s disease
Explore how scientists study Alzheimer’s disease using transcriptomics and immunolabeling
Scientific microscopy setup with illuminated optical equipment and sample preparation components
Publication 
A case study in the search for epilepsy therapeutics
Read about how undergraduate educators used the Allen Cell Types Database to create an in-class case study
Colorful scattered paint splatters and brush strokes in various colors on white background.
Explainer 
What is a UMAP?
Learn how to interpret and analyze these colorful 2-dimensional graphs
Chocolate chip cookies baking on dark baking sheet or parchment paper.
Lesson Plan 
Brain donation & bioethics
Learn about the process of brain donation and the importance of bioethics in neuroscience research
Previous
load more resources
2 / 5
we acceleratedevelopcatalyzeimpact

science done differently. shared with the world.

explore our accelerators

brain science

Mapping every cell, connection, and circuit in the brain—openly shared with the world.

cell science

Decoding how cells become tissues, then programming that knowledge into powerful new research tools.

neural dynamics

Revealing the brain's hidden algorithms that transform neural activity into real-world behavior.

immunology

Creating the deepest open reference for the healthy human immune system ever built.

synthetic biology

Engineering cells to record their own histories, transforming how we understand disease over time.

research

Big questions, open answers, and science built to be shared.

education

Inspiring the next generation of scientists through open science resources.

impact

Our science is empowering researchers and advancing health worldwide.
advancing science through open, collaborative research
Get the allen institute newsletter
Stay informed on the latest breakthroughs in neuroscience, bioscience, and AI-driven research.
allen institute
impactpeople & teamscareers & opportunitiesalumnihistory & founder
science resources
allencell.orgallenimmunology.orgallenneuraldynamics.orgbrain-bican.orgbrain-map.orgmicrons-explorer.org
research
brain sciencecell scienceneural dynamicsimmunologysynthetic biologypublications
education
science educationfield tripsprofessional developmenteducation resources
quick links
newseventsopen sciencepodcastscience resourceshuman brain donationvisit uscontact
follow us/

allen institute, 615 Westlake Ave North, Seattle, WA 98109 +12065487055

© 0000 allen institute. all rights reserved.
privacy policyterms of usecitation policyemployee portalpolicy & compliance