Inventors are using small-scale biology and engineering to find ways to use the body's natural defenses to effectively treat cancer.
Medical Sciences advance the diagnosis, treatment and prevention of disease, but they also help us prevent disease in the first place. Too numerous to name, the medical sciences continuously make miraculous breakthroughs that extend lifetimes and expand our ability to experience life.
In this week's episode, we discover a protein that could someday eliminate malaria, learn about microbes battling it out in Antarctica, explore super Wi-Fi that uses UHF channels and virtually unwrap a 1500-year-old scroll.
Feeding tubes often become clogged with medication and food, depriving patients of nutrition. National Science Foundation-funded small business Actuated Medical has invented an FDA-approved device that clears clogs quickly and cleanly. Roger Bagwell demonstrated how the device works at the 2014 BIO International Convention.
ApneaApp is a solution for detecting sleep apnea events on a smartphone.
Seven digits is the "magic number" for neuroscientists.
In this episode, Charlie and Jordan chat about rising sea levels, biodegradable "smart" implants and the existence of the pentaquark.
NSF Engineering Research Center for Revolutionizing Metallic Biomaterials is developing biodegradable metals for surgical implants
In this episode, Charlie and Jordan delve into a study of mammoth proportions, chat about a new 3-D printed soft robot and an advance in breast cancer research.
To treat oral cancer, NSF-funded small business Privo Technologies has created a platform that delivers treatments directly to the affected area. Privo develops new classes of targeted treatments, such as chemotherapy drugs, designed to be delivered through the mouth's mucous membranes.
This video highlights three Princeton University researchers who are striving to improve people's lives through innovations in science and engineering. Their research topics include blood sugar monitoring, computer interaction and genes related to cancer.
Steve Collins of the Mechanical Engineering Department at Carnegie Mellon University discusses his lab's work in creating robots that are worn on the leg to help people get around.
It's taken millions of years for humans to perfect the art of walking. But researchers at NC State and Carnegie Mellon have discovered that we can get better "gas mileage" using an unpowered exoskeleton to modify the structure of our ankles.
In this episode, Charlie and Jordan chat about wastewater catalysts, solar cycle disruptions and an "iron shield" for rice.
Repairing damaged hearts with pig parts
Through neural connections, called synapses, the brain can process and store enormous amounts of information. Neuroscientist Gary Lynch at the University of California-Irvine explains how this incredibly complex communication process allows animals to learn and remember.
Neuroengineer Rajesh Rao of the University of Washington is developing brain-computer interfaces or devices that can monitor and extract brain activity to enable a machine or computer to accomplish tasks, from playing video games to controlling a prosthetic arm.
Sabine Kastner, a professor of neuroscience and psychology at Princeton University, is studying how the brain weeds out important information from everyday scenes. Using functional magnetic resonance imaging, Kastner is able to peek inside the brain and see what areas are active when a person sees a face, place or object.
Carlos Aizenman, a neuroscientist at Brown University, is studying the brains of tadpoles to understand how neural circuits develop and absorb information from the surrounding environment.
Neurobiologist Orie Shafer at the University of Michigan is trying to understand how the brain's cells communicate in order to control sleep patterns. To help solve this mystery, Shafer is teaming up with mathematician Victoria Booth to study a tiny and unlikely specimen: the fruit fly.