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  • decorative drawing of computer
    Resource (Teaching Materials, Classroom-based, Web-based)

    Introduction to Bioinformatics

    decorative drawing of computer

    This series of bioinformatics introductory activities puts students in the role of scientists analyzing samples of genetic material collected after a meteor shower. Are the samples contaminated from… Read more

    Appropriate Ages

    Lower Secondary, Upper Secondary, Introductory

  • Resource (Teaching Materials, Classroom-based, Web-based)

    Introduction to Genomics and Bioinformatics Booklet

    This workbook introduces students to the foundational concepts of bioinformatics and genomics and connects them to the ABE Foundations of Biotech labs. Read more

    Appropriate Ages

    Upper Secondary, Advanced

  • Curriculum cover
    Resource (Teaching Materials, Web-based)

    Genetic Technologies Overview

    Curriculum cover

    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

    Class Sessions
    11
    Appropriate Ages

    Upper Secondary

  • ""
    Resource (Teaching Materials, Classroom-based)

    Synthetic Biology

    ""

    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

    Class Sessions
    5–15
    Appropriate Ages

    Upper Secondary

  • ""
    Resource (Teaching Materials, Classroom-based)

    Thalassemia

    ""

    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

    Class Sessions
    15
    Appropriate Ages

    Upper Secondary

  • Bulut MTF project
    Resource (Teaching Materials, Classroom-based)

    Computational Thinking and ABE

    Bulut MTF project

    In this lesson, no instructions are provided. Instead, students use examples of what imaginary players have done to figure out how to play a game. Students practice the four parts of computational… Read more

    Class Sessions
    1
    Appropriate Ages

    Upper Secondary

  • Resource (Teaching Materials, Lab-based)

    The Good, the Bad, and the Complex Part 1: The Good—Lactic Acid Bacteria

    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

    Class Sessions
    5+
    Appropriate Ages

    Upper Secondary

  • What Can DNA Tell Us About Race? Cover
    Resource (Teaching Materials, Lab-based)

    What Can DNA Tell Us About Race?

    What Can DNA Tell Us About Race? Cover

    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

    Appropriate Ages

    Upper Secondary

  • Species Diversity Barcoding Cover
    Resource (Teaching Materials, Lab-based)

    Species Diversity Barcoding

    Species Diversity Barcoding Cover

    In this project, students analyze and compare DNA samples from a variety of different species in a process known as "barcoding." They also learn to perform several common scientific techniques and… Read more

    Appropriate Ages

    Upper Secondary

  • Resource (Lab-based)

    Exploring Precision Medicine: ARCHIVED

    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

    Class Sessions

    8–12

    Appropriate Ages

    Upper Secondary, Advanced

  • Resource (Teaching Materials, Lab-based)

    The Good, the Bad, and the Complex Part 1: The Good—Lactic Acid Bacteria

    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

    Class Sessions
    5+
    Appropriate Ages

    Upper Secondary

  • What Can DNA Tell Us About Race? Cover
    Resource (Teaching Materials, Lab-based)

    What Can DNA Tell Us About Race?

    What Can DNA Tell Us About Race? Cover

    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

    Appropriate Ages

    Upper Secondary

  • Species Diversity Barcoding Cover
    Resource (Teaching Materials, Lab-based)

    Species Diversity Barcoding

    Species Diversity Barcoding Cover

    In this project, students analyze and compare DNA samples from a variety of different species in a process known as "barcoding." They also learn to perform several common scientific techniques and… Read more

    Appropriate Ages

    Upper Secondary

  • decorative drawing of computer
    Resource (Teaching Materials, Classroom-based, Web-based)

    Introduction to Bioinformatics

    decorative drawing of computer

    This series of bioinformatics introductory activities puts students in the role of scientists analyzing samples of genetic material collected after a meteor shower. Are the samples contaminated from… Read more

    Appropriate Ages

    Lower Secondary, Upper Secondary, Introductory

  • Resource (Teaching Materials, Classroom-based, Web-based)

    Introduction to Genomics and Bioinformatics Booklet

    This workbook introduces students to the foundational concepts of bioinformatics and genomics and connects them to the ABE Foundations of Biotech labs. Read more

    Appropriate Ages

    Upper Secondary, Advanced

  • ""
    Resource (Teaching Materials, Classroom-based)

    Synthetic Biology

    ""

    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

    Class Sessions
    5–15
    Appropriate Ages

    Upper Secondary

  • ""
    Resource (Teaching Materials, Classroom-based)

    Thalassemia

    ""

    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

    Class Sessions
    15
    Appropriate Ages

    Upper Secondary

  • Bulut MTF project
    Resource (Teaching Materials, Classroom-based)

    Computational Thinking and ABE

    Bulut MTF project

    In this lesson, no instructions are provided. Instead, students use examples of what imaginary players have done to figure out how to play a game. Students practice the four parts of computational… Read more

    Class Sessions
    1
    Appropriate Ages

    Upper Secondary

  • Chasing Cystic Fibrosis Cover Image
    Resource (Classroom-based)

    Chasing Cystic Fibrosis

    Chasing Cystic Fibrosis Cover Image

    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

    Class Sessions
    8–9
    Appropriate Ages

    Upper Secondary, Advanced

  • decorative drawing of computer
    Resource (Teaching Materials, Classroom-based, Web-based)

    Introduction to Bioinformatics

    decorative drawing of computer

    This series of bioinformatics introductory activities puts students in the role of scientists analyzing samples of genetic material collected after a meteor shower. Are the samples contaminated from… Read more

    Appropriate Ages

    Lower Secondary, Upper Secondary, Introductory

  • Resource (Teaching Materials, Classroom-based, Web-based)

    Introduction to Genomics and Bioinformatics Booklet

    This workbook introduces students to the foundational concepts of bioinformatics and genomics and connects them to the ABE Foundations of Biotech labs. Read more

    Appropriate Ages

    Upper Secondary, Advanced

  • Curriculum cover
    Resource (Teaching Materials, Web-based)

    Genetic Technologies Overview

    Curriculum cover

    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

    Class Sessions
    11
    Appropriate Ages

    Upper Secondary

  • Image of tools used to manage diabetes
    Resource (Web-based)

    Using Bioinformatics to Track Down a Rare Cause of Diabetes

    Image of tools used to manage diabetes

    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

    Appropriate Ages

    Lower Secondary

  • female detective looking at suspicious footprints
    Blog Post

    A Real-World Biotech Detective

    female detective looking at suspicious footprints

    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

  • Bryan Yee Amgen Thousand Oaks
    Career Profile

    Bryan Yee

    Bryan Yee Amgen Thousand Oaks

    On a day in early March 2022, Bryan Yee, director of knowledge management at Amgen, was eagerly anticipating returning to the Amgen campus in Thousand Oaks, California, for a workshop. It would be… Read more

  • Catherine Bond Amgen Thousand Oaks
    Career Profile

    Catherine Bond

    Catherine Bond Amgen Thousand Oaks

    In high school, Catherine Bond found her computer science classes challenging. While that experience turned her off from the programming space initially, she says, it did not manage to fully turn her… Read more

  • Blog Post

    Taking Biotech to a Whole New Level with Data Analytics

    This story is part of an ABE series on data science in biotechnology. Read the overview story and then a profile of Marvin Gee. "When one door is closed or seems closed, there might be another… Read more

  • Blog Post

    Bridging the Gap Between Immunology and Data Science

    "Bridging the gap between immunology and data science allowed me to make new breakthroughs that were not readily possible." —Marvin Gee This story is part of an ABE series on data science in… Read more

  • Blog Post

    The Explosion of Data Science in Biotechnology

    This story is the first part of an ongoing ABE series on data science in biotechnology. Every human cell is packed full of proteins twisted and folded into specific shapes. The shapes of… Read more

  • Blog Post

    Analyzing Our Genes to Pinpoint Disease

    You may never have heard of her, but Dr. Mary-Claire King is a significant name when it comes to the study of genetics. King was born in 1946 in Illinois (USA). The loss of her childhood best friend… Read more

  • Career Profile

    Jörg Auernheimer

    Reflecting on his educational and career path, Jörg Auernheimer, a global safety manager at Amgen in Munich, says that one of the biggest things he wishes he had known from the beginning—as a high… Read more

  • Career Profile

    Kerry Weinberg

    Kerry Weinberg’s diverse career has spanned biology, computer science, teaching, and business administration.  Now head of data science for Digital Health and Innovation at Amgen in Thousand… Read more

  • Career Profile

    David Hansen

    For David Hansen, learning how to work with others has been his single greatest asset in navigating a technical career. Now Executive Director of Global Statistical Programming at Amgen, he reflects… Read more

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