In this inquiry-based science project, developed by ABE Italy Master Teacher Fellow Chiara Garulli, students gain a greater understanding of enzyme activities, proteins, molecular structure,… 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 extension lab, students use gel electrophoresis and a series of prepared dyes to determine which dog ate their homework! Read more

This activity allows students to practice pipetting in order to create designs. Students can follow the enclosed templates, or they can create their own designs to form words or images using… Read more

ABE Express is a condensed version of the full ABE curriculum, usually conducted over 1–2 days. These workshops are conducted in Science Centre Singapore. There are 3 options—ABE Express Beginner,… Read more

De Reizende DNA-labs en de ABE leskistDe Reizende DNA-labs slaan een brug tussen biologie en scheikunde op school en de nieuwste ontwikkelingen rond genomics, door leerlingen zelf aan de slag te… Read more

This lab is a different take on classic gel electrophoresis. Students run a gel and analyze it in order to determine which cat is most likely to be the father of a group of kittens. Students may… Read more

This activity allows students to explore how denaturation of RFP affects the protein. Read more

These "escape room" puzzles allow students to work through a variety of interesting biotechnology scenarios. Read more

This workshop, hosted by ABE San Francisco, allowed participants to create their own chromatography columns in order to elute rfp. Read more

These flowcharts, created by ABE Hong Kong, help guide students through the Foundations of Biotech labs using a series of useful visuals. Read more

This activity allows students to practice their pipetting skills at a series of different "stations". Read more

This board game teaches students the fundamentals of transcription and translation. These materials were developed by ABE Master Teacher Fellow Indeborg Van der Neut of ABE The Netherlands as part… 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

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

The biotechnology industry has changed tremendously with the introduction of new tools and technologies. Many of these advances have changed the way scientists work, allowing them to accomplish tasks… Read more

In this lesson, students learn research and learn the underlying concepts of Synthetic Biology, learn how to apply engineering design process to create systems of devices composed of parts of DNA,… 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 differentiated learning program enables senior students studying Investigating Science to access the ABE program to deepen their understanding of how the discovery of the structure of DNA has… 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

Rice is a staple food product in many countries across the globe, and it can be modified in numerous useful ways (e.g., to be resistant to diseases, to include additional nutrients as in golden rice… 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

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

In this extension lab, students use gel electrophoresis and a series of prepared dyes to determine which dog ate their homework! Read more

This activity allows students to practice pipetting in order to create designs. Students can follow the enclosed templates, or they can create their own designs to form words or images using… Read more

ABE Japan Foundations of Biotech protocols, student guide, and slide deck for each lab.  ABE Japan Foundations of Biotechのプロトコール、学生ガイド、各ラボのパワーポイント。   Read more

ABE Express is a condensed version of the full ABE curriculum, usually conducted over 1–2 days. These workshops are conducted in Science Centre Singapore. There are 3 options—ABE Express Beginner,… Read more

De Reizende DNA-labs en de ABE leskistDe Reizende DNA-labs slaan een brug tussen biologie en scheikunde op school en de nieuwste ontwikkelingen rond genomics, door leerlingen zelf aan de slag te… Read more

This lab is a different take on classic gel electrophoresis. Students run a gel and analyze it in order to determine which cat is most likely to be the father of a group of kittens. Students may… Read more

This activity allows students to explore how denaturation of RFP affects the protein. Read more

This workshop, hosted by ABE San Francisco, allowed participants to create their own chromatography columns in order to elute rfp. Read more

These flowcharts, created by ABE Hong Kong, help guide students through the Foundations of Biotech labs using a series of useful visuals. Read more

This activity allows students to practice their pipetting skills at a series of different "stations". 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

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

The biotechnology industry has changed tremendously with the introduction of new tools and technologies. Many of these advances have changed the way scientists work, allowing them to accomplish tasks… 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

Rice is a staple food product in many countries across the globe, and it can be modified in numerous useful ways (e.g., to be resistant to diseases, to include additional nutrients as in golden rice… 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 inquiry-based science project, developed by ABE Italy Master Teacher Fellow Chiara Garulli, students gain a greater understanding of enzyme activities, proteins, molecular structure,… 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

This activity allows students to practice pipetting in order to create designs. Students can follow the enclosed templates, or they can create their own designs to form words or images using… Read more

De Reizende DNA-labs en de ABE leskistDe Reizende DNA-labs slaan een brug tussen biologie en scheikunde op school en de nieuwste ontwikkelingen rond genomics, door leerlingen zelf aan de slag te… Read more

This lab is a different take on classic gel electrophoresis. Students run a gel and analyze it in order to determine which cat is most likely to be the father of a group of kittens. Students may… Read more

These "escape room" puzzles allow students to work through a variety of interesting biotechnology scenarios. Read more

This board game teaches students the fundamentals of transcription and translation. These materials were developed by ABE Master Teacher Fellow Indeborg Van der Neut of ABE The Netherlands as part… 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

The biotechnology industry has changed tremendously with the introduction of new tools and technologies. Many of these advances have changed the way scientists work, allowing them to accomplish tasks… Read more

In this lesson, students learn research and learn the underlying concepts of Synthetic Biology, learn how to apply engineering design process to create systems of devices composed of parts of DNA,… Read more