Nanomedicine
Nanomedicine
Nanomedicine
Inhalable Nanobody Therapy Deactivates SARS-CoV-2
Researchers at the University of Pittsburgh have developed a new antibody-type therapy for SARS-CoV-2, the causative virus for COVID-19. The treatment exploits “nanobodies” – tiny antibody fragments – that are harvested from llama...
Nanomedicine
Body Sensors Printed Directly on Skin at Room Temperature
Biomedical sensors typically perform their best when they're placed in close proximity to the body. While wearables, such as wrist-worn heart rate monitors, are common these days, they are very limited by where they can be placed on the body,...
Nanomedicine
Laser-Controlled Microrobots Small Enough for Injections
Microrobotics researchers have been working for decades, in a seemingly futile attempt, to keep up with the miniaturization that has been achieved in the field of microelectronics. Although rudimentary microscopic robots have been developed,...
Nanomedicine
Nanogenerators Harvest Energy from Body, Monitor Heart Health
Wearable medical devices such as continuous heart rate monitors, insulin pumps, and neural stimulators usually need access to an electric power source in order to function. While there's a great deal of wasted energy that our body emits that...
Nanomedicine
Mechanically Stimulating Neurons Using Magnetic Nanodiscs
Electrical stimulation and chemical pharmaceuticals are the two ways that doctors and scientists routinely use to manipulate neural cells. Chemicals have their side effects, are slow to take effect, and are usually systemically delivered, while...
Nanomedicine
Nanoparticles for Large Gene Therapy to Cure Common Eye Diseases
Wet age-related macular degeneration and a number of other eye diseases, including congenital conditions, are related to mutated genes that result in blood vessel abnormalities. These can be treated with gene therapy, but delivering genetic...
Nanomedicine
Nanostimulators Activate Damaged Tissue to Heal Itself
Peripheral artery diseases and injuries to tissue reduce the amount of oxygen that reaches the affected muscles. Such ischemia is difficult to treat, as new vessels are required to carry more oxygen into damaged tissues. Stem cells derived from...
Nanomedicine
Artificial Red Blood Cells to Carry Oxygen, Drugs, and Work as Biosensors
Manufacturing artificial red blood cells may turn out to be significant in treating a number of diseases and conditions. This has been tried in the past by a number of teams, but some important functions were missing in every design. Now, a...
Nanomedicine
Microrobots Roll Along Blood Vessel Walls to Deliver Drugs
Precise delivery of therapeutic drugs into diseased tissue remains a challenge in a variety of cases. Tumors can be hard to seed with chemo agents, particularly when the blood flow is not favorable for delivery. Now, researchers at the Max...
Nanomedicine
