Located in Lab Module 440 on Level 4 of Avedisian Hall
Inside URI’s Bioactive Botanical Research Lab, Pharmacy Professor Navindra Seeram has some big ideas about fighting cancer. Ideas so big that he’s regularly sought after by science and news publications around the globe for his expertise in the healing properties of medicinal plants.
Professor Seeram knows that plants have bioactive compounds, such as the pigmentation that makes blueberries blue and raspberries red, that are natural antioxidants against sun damage and other threats. He and his team of students and researchers are studying these anti-cancer agents in native New England berries for possible applications in the treatment of cancer, Alzheimer’s, and other diseases. He’s also identified dozens of compounds in pure maple syrup and is applying these to his diabetes research. [Continued…]
The United States Department of Agriculture has awarded two University of Rhode Island researchers $470,000 to advance their pioneering work exploring the anti-inflammatory properties of maple syrup phytochemicals. The study, titled “Beneficial effects of maple syrup phytochemicals against inflammation associated with metabolic syndrome,” aims to evaluate the anti-inflammatory effects of a polyphenol-enriched maple syrup extract […]
In the 1992 film Medicine Man, biochemist Robert Campbell, played by actor Sean Connery, searches for new drugs in the Amazon’s vast rainforests. There Campbell finds a cure for cancer not in the rainforest’s rare flowers – which don’t have “juju,” or the power to heal – but in an indigenous ant species.
While the maple tree is known for delicious syrup, researchers at URI have discovered that maple trees provide much more than a way to make breakfast taste better. In its branches, leaves, and sap, maple species, including Rhode Island’s state tree, the red maple, may be the key to regulating blood glucose levels in humans. Thanks to $110,000 in funding from Verdure Sciences, this important research will continue.
Pomegranates and other “superfoods” are known to have positive effects on the brain—improving functions such as memory and cognition. Now Associate Professor Navindra Seeram and a team of researchers have discovered it may not be the superfoods—rather the way these foodstuffs interact with the body’s microflora during gut microbial metabolism that could lead to breakthroughs in protecting against Alzheimer’s.
East and West have always converged in the Bioactive Botanical Research Lab of Pharmacy Professor Navindra Seeram. But a new gift with roots in Traditional Chinese Medicine has brought these culturally different approaches to treating disease and pain even closer.
Associate Professor Navindra Seeram and Senior Gardener Peter Morgan—along with the College’s acclaimed medicinal garden and greenhouse—were featured in the Sunday, November 14 issue of the Providence Journal, offering readers a garden tour and a primer on the healing properties of plants.
Navindra Seeram, associate professor of biomedical and pharmaceutical sciences, knows that the brighter your food, the better your diet. He show know. Head of the Bioactive Botanical Research Laboratory, he also oversees the Heber Youngken Jr. Medicinal Garden at the College of Pharmacy.
Maple syrup, agave, and honey are well-known for their roles as sweeteners. As such, their primary constituents are simple sugars such as sucrose and fructose. But scientists exploring the composition of these sweeteners are finding them to be surprisingly complicated.
Discover New Cures. The world’s got a lot of illness and disease that needs curing, and at URI, leading scientists are breaking new ground toward the discoveries we’ve all been waiting for. Inside our Natural Products Lab, Pharmacognosy Professor David Rowley – one of the only a handful of marine microbial chemists in the world […]
In science, amazing discoveries can begin in familiar places—in the ocean, in the plants around us, just about anywhere in the natural world. And at URI, that’s exactly where a group of scientists and their students are looking for newer and more effective medicines to treat infection and a variety of human diseases.Pharmacognosy Professor David […]