In this project, developed by ABE Australia Master Teacher Fellow Amy Chen, students become familiar with the many ways that biotechnology is in the world around us, and how it impacts our lives, and… Read more

In this pocket lesson, students learn about the process adopted in various areas of the world to decide who receives available organs. This content gives students the opportunity to explore how these… Read more

This lesson introduces students to the concept of gene regulation, and several related topics. It covers several types of operons, including the regulation mechanism involved in Foundations of… Read more

This lesson is a series of lower-secondary school activities modeled after the ABE Foundations of Biotech lab series. In it, younger students can explore some of the tools and techniques of… Read more

In this series of hands-on activities, students perform quality-control tests on the red fluorescent protein, which they created and isolated during the ABE Foundations of Biotech labs, and learn to… Read more

This lesson provides an introduction to eight current topics in biotechnology, including polymerase chain reaction (PCR), DNA "fingerprinting," and genetic sequencing. The scientific principles… Read more

Because the cellular processes of yeast are relatively easy to manipulate, it has been extensively used as a model organism in biotechnology research. Like human cells, yeast cells have a nucleus… Read more

In this lesson, students deepen their understanding of the relationship between scientific research in modern biology and medicine by studying the genetic basis of thalassemia, a form of hereditary… Read more

This lesson aims to engage and deepen students’ experiences and expertise in the field of “Cancer Cells” and “Innovative Therapies for recurring or difficult-to-treat cancers,” and in particular… Read more

This lesson covers scientific regulation and an overview of bioethics, as well as nuclear energy, gene editing, and a number of other hot-button issues that students will definitely have heard about… Read more

In this companion to the ABE Exploring Precision Medicine module, students explore and compare the concepts of race and genetics, and the social and medical impact these categories may have on… Read more

This project addresses several key issues related to microorganisms, and places students in the role of CDC investigators who are studying the origins of a virus resistant to treatment. In addition,… Read more

Students investigate some of the claims companies make about probiotics and learn several key techniques in biotechnology (including aseptic technique, spreading, pipetting, sterilization using a… Read more

This project examines issues of race and racism using a variety of scientific lenses, and debunks many widely held misconceptions. Students use a variety of techniques to look at misconceptions,… Read more

A man drinks an unknown liquid and soon is found unresponsive in an emergency room. Students use bioinformatics tools to investigate what substance caused such a life-threatening response. Read more

This resource is based on real events, though the timeline and details may have been changed to allow it to be used for educational purposes. As part of an imaginary WHO team, students help determine… Read more

In this pocket lesson, students read and analyze an article exploring the process of genetic modification and the implications it can have on society. Students explore the ethics of editing embryos… Read more

The Foundations of Biotech labs were created to introduce students to biotech techniques and concepts; in these labs, students explore recombinant DNA technology. Sequences of these labs were… Read more

The Exploring Precision Medicine module explores the connections between genes and traits. Students learn how slight genetic differences can impact how well a patient responds to certain… Read more

This lesson is a series of lower-secondary school activities modeled after the ABE Foundations of Biotech lab series. In it, younger students can explore some of the tools and techniques of… Read more

In this series of hands-on activities, students perform quality-control tests on the red fluorescent protein, which they created and isolated during the ABE Foundations of Biotech labs, and learn to… Read more

Because the cellular processes of yeast are relatively easy to manipulate, it has been extensively used as a model organism in biotechnology research. Like human cells, yeast cells have a nucleus… Read more

Students investigate some of the claims companies make about probiotics and learn several key techniques in biotechnology (including aseptic technique, spreading, pipetting, sterilization using a… Read more

This project examines issues of race and racism using a variety of scientific lenses, and debunks many widely held misconceptions. Students use a variety of techniques to look at misconceptions,… Read more

The Foundations of Biotech labs were created to introduce students to biotech techniques and concepts; in these labs, students explore recombinant DNA technology. Sequences of these labs were… Read more

In this project, developed by ABE Australia Master Teacher Fellow Amy Chen, students become familiar with the many ways that biotechnology is in the world around us, and how it impacts our lives, and… Read more

In this pocket lesson, students learn about the process adopted in various areas of the world to decide who receives available organs. This content gives students the opportunity to explore how these… Read more

Because the cellular processes of yeast are relatively easy to manipulate, it has been extensively used as a model organism in biotechnology research. Like human cells, yeast cells have a nucleus… Read more

In this lesson, students deepen their understanding of the relationship between scientific research in modern biology and medicine by studying the genetic basis of thalassemia, a form of hereditary… Read more

This lesson aims to engage and deepen students’ experiences and expertise in the field of “Cancer Cells” and “Innovative Therapies for recurring or difficult-to-treat cancers,” and in particular… Read more

This lesson covers scientific regulation and an overview of bioethics, as well as nuclear energy, gene editing, and a number of other hot-button issues that students will definitely have heard about… Read more

In this companion to the ABE Exploring Precision Medicine module, students explore and compare the concepts of race and genetics, and the social and medical impact these categories may have on… Read more

This project addresses several key issues related to microorganisms, and places students in the role of CDC investigators who are studying the origins of a virus resistant to treatment. In addition,… Read more

Students learn that genetics is more complex than the simple binary relationship it is often portrayed as having. They explore how extreme phenotypes can be used to inform our understanding of drug… Read more

In this pocket lesson, students read and analyze an article exploring the process of genetic modification and the implications it can have on society. Students explore the ethics of editing embryos… Read more

In the From Disease to Medicine module, students learn about the purpose and structure of clinical research by exploring the various phases of a clinical trial. Students investigate the… Read more

Students become engaged in learning about the disease cystic fibrosis (CF): they develop questions that they have about CF, its treatment, and its consequences, and then explore how they can… Read more

In this pocket lesson, students explore the need for innovative solutions to the shortage of transplantable organs and how gene editing technologies might offer a potential solution. Read more

This lesson introduces students to the concept of gene regulation, and several related topics. It covers several types of operons, including the regulation mechanism involved in Foundations of… Read more

This lesson provides an introduction to eight current topics in biotechnology, including polymerase chain reaction (PCR), DNA "fingerprinting," and genetic sequencing. The scientific principles… Read more

Many people are aware of the main two types of diabetes: type 1 and type 2. However, few people know that there are other types of diabetes. One type occurs in pregnant women (gestational diabetes),… Read more

A man drinks an unknown liquid and soon is found unresponsive in an emergency room. Students use bioinformatics tools to investigate what substance caused such a life-threatening response. Read more

This resource is based on real events, though the timeline and details may have been changed to allow it to be used for educational purposes. As part of an imaginary WHO team, students help determine… Read more

These quotes from the ABE All-Staff Meeting in May highlight the unique character of the ABE community: it is not only a community of dedicated educators, but also a group of passionate  leaders… Read more

Sitting between two of her students on a Zoom call in early December, Clare Collins was beaming with pride. Ready for the winter holiday break, they were also eager to share their experiences about… Read more

When we think of medicines, we often picture colorful capsules, pills, or liquids that cure illnesses or help us feel better. But how do these medicines go to the right places and how do they treat… Read more

Detective work is not found only in law enforcement. Epidemiologists and data scientists all investigate what happens when a medicine enters the real world, “deciphering” everything from who receives… Read more

Whether navigating the latest information about the health effects of certain foods or the benefits of specific medical treatments, the headlines and literature appear rife with examples of where… Read more

Every medicine in your local pharmacy has taken its own unique path to the shelf. From discovery and testing to manufacturing, a new tool is rapidly transforming those pathways: artificial… Read more

Frederick Griffith’s 1928 experiment on bacterial transformation paved the way for numerous advances in medicine. Griffith was trying to develop a vaccine for pneumonia during which he experimented… Read more