All Resources
| RESOURCE | GRADE LEVEL | MEDIA TYPE |
|---|---|---|
Agarose Gel DemosWatch a "how-to" video on the proper technique of preparing an agarose gel for use in gel electrophoresis in this video segment from Austin Community College. A supplementary video shows the proper technique for pouring an agarose gel. |
9-12 |
Video |
Animal Cloning 101Learn about clones and explore the methods scientists use to create clones in the lab in this interactive activity from the Dolan DNA Learning Center. |
9-12 |
Interactive |
Associate Scientist Andres BerrioIn this video segment produced for Teachers' Domain, Andres Berrio, an associate scientist at Biogen Idec, discusses what he has done to succeed in the biotechnology field. |
9-12 |
Video |
Biotechnology Student ProfileFollow a high school student who is exploring the field of biotechnology by taking community college classes and job shadowing in this video segment adapted from Pathways to Technology. |
9-12 |
Video |
Careers In BiotechnologyThis interactive activity produced for Teachers' Domain examines several career paths available in the biotechnology field. |
8-12 |
Interactive |
Chemist and Biologist Catherine DrennanIn this video produced for Teachers' Domain, learn about MIT professor Cathy Drennan's research into microorganisms that remove carbon dioxide, a greenhouse gas, from the atmosphere. |
9-12 |
Video |
DNA ExtractionThis interactive activity adapted from the University of Nebraska's Plant and Soil Sciences eLibrary illustrates how DNA, which is normally locked inside of cells, is extracted from living tissue. |
9-12 |
Interactive |
DNA LibrariesThis interactive resource adapted from the Dolan DNA Learning Center explores the different types of DNA libraries used to store and access genetic information. |
9-12 |
Interactive |
DNA Separation Lab in the Classroom and in Real-World ResearchThis video produced by WGBH features students in the Amgen-Bruce Wallace Biotechnology Lab Program preparing a recombinant DNA molecule, and examines how this work relates to the way real-life scientists approach similar work. |
9-12 |
Video |
DNA SequencingThis interactive activity adapted from the Dolan DNA Learning Center looks at two techniques used to sequence DNA: the Sanger method and an automated process based on the Sanger method. |
9-12 |
Interactive |
Electrophoresis and Gel AnalysisIn this animation produced by WGBH and Digizyme, Inc., see how molecules of DNA are separated using gel electrophoresis, and how this process enables scientists to compare the molecular variations of two or more DNA samples. |
9-12 |
Video |
Engineering BiofuelsIn this video segment adapted from KQED's QUEST, find out how synthetic biologists use the techniques of metabolic engineering and directed evolution to make more effective biofuels. |
9-12 |
Video |
EpigeneticsIn this video segment adapted from NOVA scienceNOW, learn how what you eat, drink, or smoke may affect the instructions your epigenomes send to your genes, and as a result, change how your DNA is expressed.
|
9-12 |
Video |
Ethanol BiofuelIn this video segment adapted from NOVA, learn about one scientist's idea for using biotechnology to make ethanol a more efficient alternative to gasoline.
|
9-12 |
Video |
Gene CloningThis interactive activity adapted from the University of Nebraska's Library of Crop Technologies details the steps involved in producing clones of genes that can then be used to transform the characteristics of an organism. |
9-12 |
Interactive |
Genetically Engineering the Avian FluIn this video segment adapted from NOVA scienceNOW, learn about a radical biotechnology experiment aimed at figuring out how to stop the avian flu virus. |
9-12 |
Video |
Genetic Engineering and Working with DNAIn this animation produced by WGBH and Digizyme, Inc., see how bacterial plasmids are engineered to clone or express genes that code for proteins such as human insulin. |
9-12 |
Video |
Growing Bacterial CulturesThis animation produced by WGBH and Digizyme, Inc. demonstrates the techniques researchers use to isolate transformed bacteria and expand their population in order to obtain large quantities of a protein of interest. |
9-12 |
Video |
Killer MicrobeLearn how biotechnology is used to analyze the evolution of a formerly harmless bacterium into a highly drug-resistant and lethal pathogen in this video segment adapted from NOVA scienceNOW. |
9-12 |
Video |
Longevity GenesWhat is the secret to a long life? Hear from scientists using biotechnology to analyze relationships between specific genes and longevity in this video segment adapted from NOVA scienceNOW.
|
9-12 |
Video |
Making an Agarose GelThis video adapted from the University of Leicester demonstrates the step-by-step process of making and pouring an agarose gel, a key component in gel electrophoresis. |
9-12 |
Video |
Personal DNA TestingIn this video segment adapted from NOVA scienceNOW, take a behind-the-scenes look at the process of personal DNA testing, and hear more about the innovative Personal Genome Project. |
9-12 |
Video |
Pipetting DemosWatch two "how-to" videos on the proper technique of pipetting in this video segment from Austin Community College. |
9-12 |
Video |
Polymerase Chain ReactionThis interactive activity adapted from the University of Nebraska's Library of Crop Technologies depicts steps in the polymerase chain reaction (PCR) technique and explains how it is used to efficiently copy sections of DNA for analysis. |
9-12 |
Interactive |
Protein PurificationThis animation produced by WGBH and Digizyme, Inc. demonstrates how a protein of interest is isolated from other contents in a transformed bacterial cell—a process called purification—using a lab technique called hydrophobic interaction chromatography. |
9-12 |
Video |
Protein Purification Lab in the Classroom and in Real-World ResearchThis video produced by WGBH features students in the Amgen-Bruce Wallace Biotechnology Lab Program purifying a protein, and also examines the motivations people have for choosing a career in science. |
9-12 |
Video |
Quality Control MicrobiologistIn this video produced for Teachers' Domain, go behind the scenes with a quality control microbiologist and find out why this job is so important to drug manufacturing. |
9-12 |
Video |
Recombinant DNA Lab in the Classroom and in Real-World ResearchThis video produced by WGBH features students in the Amgen-Bruce Wallace Biotechnology Lab Program inserting a recombinant DNA molecule into bacterial cells, and illustrates how industry and academic scientists use the exact same techniques. |
9-12 |
Video |
Research Assistant Sandra BustamanteIn this video produced for Teachers' Domain, meet Sandra Bustamante, a university research assistant who started her career with a biotechnology certificate and is now using nanotechnology—rather than needles—to deliver vaccines. |
9-12 |
Video |
Reverse Evolution MachineIn this video adapted from KQED's QUEST, learn how scientist David Haussler is using biotechnology to reconstruct ancient genomes in an effort to find out how animals have evolved over time. |
9-12 |
Video |
Running an Agarose GelThis video adapted from the University of Leicester provides step-by-step instructions for loading samples into an agarose gel and then running the gel to separate DNA molecules according to their size. |
9-12 |
Video |
The Structure of DNAThis animation adapted from Garland Science Publishing takes a close look at the DNA double helix and its individual components, describing their chemical structures and how they function together to make the DNA molecule unique. |
9-12 |
Video |
Synthetic Biologist Karmella HaynesIn this video produced for Teachers' Domain, meet researcher Karmella Haynes, a synthetic biologist who is using biotechnology to create living "devices" that help visualize how cancer develops. |
9-12 |
Video |
Therapeutic Uses of Stem CellsThis interactive activity adapted from the HHMI Outreach Program at Harvard University explores the many potential uses of stem cells to treat and cure disease. |
8-12 |
Interactive |
Tissue EngineeringIn this video segment from Design Squad, see where medical science meets tissue engineering in an implantable device designed to help people suffering from liver disease. |
9-12 |
Video |
Transforming BacteriaThis animation produced by WGBH and Digizyme, Inc. demonstrates the experimental technique used to introduce DNA plasmids inside bacterial cells, a process called bacterial transformation. |
9-12 |
Video |
Using a MicropipetteThis video adapted from the University of Leicester demonstrates the proper use of different-sized micropipettes to measure precise volumes of liquid in the lab. |
9-12 |
Video |
Using Biotechnology to Detect and Treat DiseaseIn this media-rich lesson, students learn how biotechnology's techniques and tools are being used to help identify and fight disease, and examine the ethical and privacy issues associated with genetic testing. |
9-12 |
Lesson Plan |
Working with Small VolumesThis video from BenchFly.com demonstrates a lab technique that can be helpful when pipetting very small volumes of liquid. |
9-12 |
Video |
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