• Biotechnology Student Profile

    Meet Daphnee, a high school student with an interest in biotechnology in this video segment adapted from Pathways to Technology. Daphnee takes afterschool classes at a community college to learn more about this field. Daphnee invites us along on her job-shadowing experience at a biotechnology company, where she observes a biotechnician at work and asks questions that will help her decide if the career field may be right for her.

    Grades: 9-12
  • Career Profile: Research Assistant Sandra Bustamante

    Hear how a research assistant got her start in biotechnology, in this video produced by WGBH. Sandra fell in love with science during a free certificate program in Boston, Massachusetts, called CityLab. The video details not only Sandra's cutting-edge research work—using nanotechnology, rather than needles, to deliver vaccines—but also the qualities she has demonstrated that have helped her excel in her field.

    This video is available in English and Spanish with closed captions.

    Grades: 9-12
  • Career Profile: Synthetic Biologist Karmella Haynes

    This video produced by WGBH profiles Karmella Haynes, a post-doctoral researcher working in the emerging field of synthetic biology. Karmella explains how she uses biotechnology to build living machines, or devices, from genes. She then puts these devices into the cells of living things and studies the results. Haynes hopes that one day the devices she's working on will carry out complicated functions in human bodies, such as curing a disease. The video demonstrates how Karmella is using synthetic biology to detect cancer cells before they spread.

    Grades: 9-12
  • Tissue Engineering

    This video segment from Design Squad features the work of Howard Pryor, a tissue engineer and doctor at Massachusetts General Hospital. Dr. Pryor demonstrates a device he is working on to replace diseased livers. He explains the challenges of artificially engineering a human organ, including getting blood to flow through a device for processing just as it would through a liver. He also details the design process. This resource is useful for introducing components of Engineering Design (ETS) from the Next Generation Science Standards (NGSS) to grade 9-12 students.

    Grades: 9-13+
  • Career Profile: Associate Scientist Andres Berrio

    Andres Berrio is an associate scientist with the biotechnology company, Biogen. In this video produced by WGBH, Andres talks about his career path, his background as an unmotivated student, the guidance counselor who helped turn his life around, his discovery that he liked learning, and what it takes to succeed in the biotechnology field.

    Grades: 6-12
  • Careers In Biotechnology

    In this interactive activity produced by WGBH, learn about the vital role biotechnology professionals serve in health care, and explore the wide range of jobs available in the following career paths: research and development, manufacturing and production, quality control and assurance, and clinical research. Read job descriptions, education and experience requirements, and testimonials from people working in entry-level as well as senior-level positions.

    Grades: 8-12
  • Career Profile: Chemist and Biologist Catherine Drennan

    This video produced by WGBH features Cathy Drennan, Professor of Chemistry and Biology at the Massachusetts Institute of Technology. Cathy explains that her research focuses on microorganisms that live off carbon dioxide, one of several greenhouse gases that are widely believed to accelerate global warming. Specifically, Cathy is investigating how a protein inside these microorganisms converts carbon dioxide into energy. Ultimately, Cathy hopes humans might apply what they learn from microorganisms to remove carbon dioxide from the environment.

    Grades: 9-12
  • Career Profile: Quality Control Microbiologist

    This video produced by WGBH profiles Kim, a quality control microbiologist at the biopharmaceutical corporation Bristol-Myers Squibb. Her company makes a range of medicines to treat many diseases, and it's Kim's responsibility to make sure the products she works with are safe and effective before they reach patients. For example, she tests the purity of as many as 100 water samples each day because water is one of the main ingredients in drugs. Kim explains the importance of quality control in drug manufacturing, and how new biotechnology tools help her do her job.

    Grades: 9-12
  • Publishing Genome Research

    BRITE is designed to help high school students learn modern molecular genetics by engaging them in genuine scientific research projects. The two-part program is aimed at both teachers and students, providing summer institute teacher training for conducting real genome research, and academic-year support for teachers to develop and implement new curriculum. 

    Grades: 7-13+
  • Protein Purification Lab in the Classroom and in Real-World Research

    In this video produced by WGBH, high school and middle school students participating in the Amgen Biotech Experience use real-world research equipment and techniques to separate a genetically engineered protein from other molecules in a cell. As an industry research scientist explains, this process—called protein purification—is commonly used in research and development of disease therapies. The video also explores some of the reasons people have for choosing a career in science, including the rewards of knowing their work is helping others.
    Grades: 9-12
  • DNA Separation Lab in the Classroom and in Real-World Research

    In this video produced by WGBH, high school and middle school students participating in the Amgen Biotech Experience make use of research equipment and techniques identical to those used in academia and industry to separate DNA. Data generated from this kind of experiment can help researchers analyze DNA and the genetic make-up of humans in an effort to understand how and why diseases develop that affect millions of people. This kind of research can also lead to the development of drugs for disease treatment and/or vaccines for disease prevention.

    Grades: 9-12
  • Recombinant DNA Lab in the Classroom and in Real-World Research

    In this video produced by WGBH, high school and middle school students participating in the Amgen Biotech Experience make use of real-world research equipment and techniques to insert a recombinant DNA molecule into a bacterial cell. By using precision instruments and techniques, scientists can insert foreign genes into bacteria. Understanding how proteins behave inside cells can lead to a better understanding of human diseases such as Huntington’s, Alzheimer’s, and Parkinson’s. 

    Grades: 9-12