This 50-minute program includes an introduction to the nanoscale science, conversation time for the participants and 2 ten-minute plays that stimulate conversation about the impact the field of nanoscale science may have on our lives. It also gets the audience thinking about how we should respond -- both individually and collectively -- to those potential impacts. This theater program was performed at the Science Museum of Minnesota and as an outreach program for high school students. The plays have also been performed individually as part of forums.
"Treating Tumors with Gold" presents promising research being conducted at Rice University in Texas. Through videos and demonstrations, the program considers the following questions: What is a tumor and what causes it to spread? What is a gold nanoshell and how does it kill tumor cells? What does the future hold for targeted cancer therapies?
In the Nanomedicine exhibition, four individual exhibit components highlight nanotechnology’s vast potential for diagnosing and treating disease, as well as its ability to help damaged tissue regrow. Test for thousands of diseases with a single nano-based chip, target tumor cells for treatment with nanoparticles in a tabletop game, and regrow severed nerve endings on nanoscale scaffolding. These exhibits were developed by the NISE Network; copies are located at the Museum of Science in Boston, OMSI in Oregon, and the Arkansas Discovery Network.
What is Nanomedicine? This is the introductory component for the Nanomedicine exhibit package; but the video on it's own is also an informative stand-alone media piece for other uses. The structure includes a text panel and a narrated-and-captioned 2.5 minute video which plays on demand in either English or Spanish on a 32-inch LCD screen. The video's colorful animation and researcher commentary complements the accompanying text panel to provide a brief overview of some of the basic ideas and goals of nanomedicine.
The Nanomedicine Explorer is an interactive, updateable multimedia kiosk and media package, that is also available as a component of the Nanomedicine Exhibition. Visitors can explore a variety of topics and specific research areas in cancer nanomedicine through vivid animations and video story-telling up close with a diverse group of researchers.
This cart demo is about Biobarcodes, a nanomedical technology that allows for massively parallel testing for disease diagnosis. Visitors learn about antibodies, how each antibody binds to a unique protein, and how biobarcoding uses nanoparticles, antibodies, DNA and magnetism to detect diseases earlier than we could detect before. Visitors assemble a jigsaw puzzle that models how Biobarcodes™ work.
Lumps of gold moulded into rings, coins and ingots have been highly prized for millennia. But recently, scientists have realised that tiny pieces of this precious metal – far too small to be seen by the naked eye - could also become a valued commodity. In labs around the world, gold nanoparticles are being tested as components in technology and medicines. See how gold could be used to kill cancer cells, improve the efficiency of solar cells and catalyse chemical reactions. (5:17 min)
Play doctor in the 21st century! Practice modern medicine by examining all dimensions of the body, from organs to molecules, as an interconnected system. Use innovative tests and treatments to heal your patients, not hurt them. With "Doctor Know," the Arizona Science Center seeks to help teachers, students, and the general public understand how how biomedical innovations are transforming medicine.
A Brief History of Nanotechnology: Over the past decade, tinkering with tiny things has become seriously big business. This pop-up animation by Daniel Keogh helps put nanotechnology in perspective. (1:27)
More ABC Australia films include:
Mission: Nano consists of a series of four challenges to diagnose and treat a bone injury utilizing medical nanotechnology. Players can choose a “story mode” where they lead the doctor to complete all four challenges or a “practice mode” to complete the four challenges as quickly as possible. Mission: Nano is currently available in web and Android versions and is hosted on the Houston Methodist Research Institute’s website: http://www.houstonmethodist.org/mission-nano.