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 is a hands-on activity in which visitors learn about the fundamental component of biology and synthetic engineering: DNA. In the activity, visitors will extract visible DNA from wheat germ, and create necklaces to display their own sample of wheat germ DNA.
This is a hands-on activity for Building with Biology, in which visitors explore the engineering aspect of synthetic biology by solving challenges through building a model cell with standardized genetic parts. Many genetic components can be used as part of the solution to multiple problems. Kits of standardized genetic parts—like "BioBricks"—are already being developed for real-world applications.
"Bio Bistro" is a card-based personal choice activity, in which visitors decide what current and future synthetic biology-based food products they would, would not, or might eat. They share their opinions on why they made each choice, and discuss what problems researchers are trying to solve with these foods, and what they like or don't like about these solutions.
This 7-minute video was developed as part of the Building with Biology project and is designed to help create conversations in museums among scientists and public audiences about the emerging field of synthetic biology and its societal implications.
“Making Molecular Movies with QSTORM” is a public presentation that details the on-going interdisciplinary research project of a group of scientists/engineers who are collaborating to make a breakthrough in biological imaging. They are trying to make movies of the molecular machinery at work inside living cells at a greater resolution than ever before.
"Battling Cancer with Nanotechnology" is a 6-minute video that shares the research of Mauro Ferrari, a leading pioneer in the field of cancer nanomedicine. A visionary optimist, Ferrari applied his mathematical physics and engineering skills to medicine and is determined to overcome every obstacle on the way to conquering cancer's cruel reign. Dr. Ferrari's research is one of several new nanomedicine-based approaches to cancer treatment that is explored in the Nanomedicine Explorer kiosk, website and DVD (also on nisenet.org).
"Stealth Imaging with Iron Nanoparticles" is an 8-minute video that tells the research story of Ralph Weissleder and Mukesh Harisinghani, who collaborated on the design of a clinical trial to determine if an injection of specially-designed iron-oxide nanoparticles could enhance a diagnostic image produced by an MRI machine to the extent that the spread of cancer could be accurately assessed. At least in the case of prostate cancer, as Dr. Weissleder tells our producer in this story, “The results were stunning.”
"Zapping Tumors with Gold Nanoshells" is a 9-minute video that tells the story of two Rice University researchers, physicist Naomi Halas and bioengineer Jennifer West, who came together and hatched an idea that could someday lead to relief for millions of cancer patients. But of course the road from the lab to the cure leads through many twists and turns....