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CRACKING THE CODE
EDUCATOR TOOLKIT

We are pleased to offer the following toolkit to inspire conversations and assignments to accompany Cracking the Code: Phil Sharp and the Biotech Revolution. ​This guide is designed to be a flexible resource to support the documentary in diverse middle and high schools and higher education settings.​

Central themes that are woven throughout the documentry and toolkit activities:

  • A Passion for Discovery

  • A Talent for Collaboration

  • A Depth of Imagination in Science

  • A Vision to Combine Science and Entrepreneurship

  • An Ethical Responsibility in Scientific Innovation

  • A Redefinition of Who Belongs in Science

  • A Commitment to Hard Work

Cracking the Code: Phil Sharp and the Biotech Revolution is free to stream at no cost on PBS, and on Hoopla, and Kanopy for users with accounts. If you would like to get a link from Uncommon Productions or receive a free DSL (Digital Site License) for your school library, please fill out the form below.

Click on the buttons below to explore the activities.

Fill out the form below to get access to all of the accompanying teachers guides and support materials. 

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Introns Out! 

Pattern recognition and modeling to discover introns and exons.

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Splice of Life!

Modeling RNA processing (5’ capping, 3’ polyadenylation, and splicing) and alternative RNA splicing.

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Shhh! RNAi 

Sequencing the steps of gene silencing using RNA interference.

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Splicing Sub Shop

Modeling RNA splicing and alternative RNA splicing with an analogy.

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Scientific Literacy

Students distinguish between different types of scientific literature and media. They learn how to search and access scientific journal articles, how to differentiate between the different sections of an article, and how to read the article and interpret data and figures present.

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Role Play: IRB Panel

Students debate Cambridge, MA's 1976 ban on recombinant DNA research, then role-play  a modern genetic-research case.

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Ethical Dimensions of New Biotechnology

Exploring the potential consequences of new biotechnologies, how they affect people and who should decide about rules and regulations

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Exploring PublicPerception of Biotechnology

Public perception can change with new technologies, first being feared ("frankenstein"), then as the newness wears off it often offers hope and when profits get involved everything gets complicated

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Heritable Genetic
Change & Ethical Boundaries

Exploring the ideas of heritable diseases and germline genetic manipulation and the ethical complications that come with them. 

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Hype vs. Reality in Biotechnology

Some technologies change the world, and some people who claim they have tech that will change the world. How to tell the good bet from the frauds.

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Boom and Bust Cycles
in Technology

From the dot com bubble to biotech and now AI, technology goes through boom and bust cycles. This activity guides students to think about the historical precedent and apply it to our current technological applications.

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AI and Unlimited Potential

AI is the new tech on the scene, but can it solve all of our problems?

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Unconventional Scientists

Students reflect on the personal characteristics favored in the path to becoming a scientist.

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Art Activity: Unfolding Your Lab Coat

Students challenge their own assumptions about who becomes a scientist through a before/after 'Draw a Scientist' activity and an Iceberg activity naming unrewarded strengths.

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Role Play:
Who Gets The Job?

In a two-round hiring role-play, students notice how classmates' invisible needs shape their experience of the same task, then reframe traits like dyslexia or fidgeting as scientific assets.

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PBS Educator
Discussion Guide

This guide was created to accompany the 2025 PBS release of Cracking the Code.

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Biotech Techniques
Clip Guide

If you wish to  integrate parts of the film into an established curriculum plan, this document summarizes clips from the film and suggests how some could be integrated.

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Blog Project

Students work in groups to research and present a new biotechnology product for a public audience

GET THE EDUCATOR GUIDE & SUPPORT MATERIALS

Note: These materials were created by 4 experienced curriculum designers during the summer of 2026 and are not yet piloted. If you are interested in piloting and reviewing any of the activities in exchange for  an Amazon gift card, please send us an email.

SPECIAL THANKS TO THE EDUCATORS WHO DESIGNED THIS TOOLKIT

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Rebecca Brewer
Biology Teacher
Troy High School
Rebecca is a nationally award-recognized high school biology educator with 25 years of experience. She has co-authored the high school textbook Biology Now and educational resources for more than a dozen organizations, including Science Friday, PBS NewsHour, the National Center for Science Education, BSCS, Science Communication Lab, and the Pulitzer Center. Rebecca has secured 46 science education grants, including $27,000 for her classroom as the top recipient of the 2011 Voya Unsung Heroes Award, and served as a Teacher Ambassador for multiple organizations, including the Smithsonian, the Society for Science  and The Economist.
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Martha Perez Murillo
Biotechnology Teacher
San Mateo Unified School District
Martha Perez Murillo is a high school biotechnology educator and curriculum developer. She currently teaches Biotechnology Courses as a part of the Biotechnology Pathway program at San Mateo High School. She has collaborated with programs like InnovATEBIO and Skyline College. Her work includes creating instructional materials such as protein structure and function unit plans for high school science students.
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River Suh
Biotechnology/Biology Teacher

Lincoln High School
River Suh is a science educator and artist who specializes in teaching biology & biotechnology, data literacy, and socio-emotional learning (SEL). They also develop inclusive curriculum and advocate for supporting immigrant, first-generation college-attending, and LGBT+ youth. River has additional professional background in publishing, law, and bioarchaeology. 
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Emily Mills Ko, PhD
Adjunct Assistant Professorin the Los RiosCommunity College District
Emily's PhD is in Immunology with an emphasis in Biotechnology and she teaches classes including Immunology, Neuroscience, Biotechnology and Microbiology. Her work focuses on creating authentic, equity‑minded STEM curriculum and partnering with interdisciplinary faculty and student researchers on CUREs and pedagogical inquiry. She is committed to approaches that strengthen scientific identity and expand access to meaningful research experiences.  

Learn more about Cracking the Code.

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