A University of Notre Dame study has shown that a novel social enterprise program to fortify and deliver salt via the marketplace in Haiti has not only been effective at combatting a tropical disease, but is also more cost-effective and financially sustainable than annual mass drug distribution efforts.
But a new study by Notre Dame researcher Siyuan Zhang and collaborators, published in Nature Communications, shows that an existing, FDA-approved drug that treats other types of breast cancer may work for TNBC.
Cilia are tiny, hair-like appendages that stick out from each of your cells. They can either move to propel fluid or remain stationary, acting as antennae to receive information from their environment. Most cells have just one cilium, but some are multiciliated cells (MCCs), which means they have multiple cilia.…
Researchers at the University of Notre Dame have outlined the delivery mechanism tumor cells use to move nucleic acids into small sacs shed from their surfaces — information that is eventually shared with other cells within the tumor, causing the cancer to spread.
Robert A. Schulz, Notre Dame Professor of Biological Sciences at the University of Notre Dame, died Saturday (July 6). He was 64.
Three graduate students from Notre Dame have received fellowships from Advanced Diagnostics and Therapeutics. Each fellowship recipient will spend their summer conducting research at Notre Dame that aims to combat disease or promote health.
Competitors arriving at the 1st hole of the U.S. Senior Open are greeted by Juday Creek. Flowing through Warren Golf Course, the stream is home to an important ecosystem, and is a valuable resource for Notre Dame researchers today.
Shelene Baiyee’s time at Notre Dame has been characterized by connection – whether it’s with faculty, other students, or seemingly unrelated subject matters. The rising senior may be busy with clubs, service, research, and more, but never loses sight of what drives her forward — the connection between it all.
Within the next 80 years, global food demand is expected to increase sharply to meet the needs of a projected world population topping 11 billion. The increase in agriculture will likely influence human infectious diseases, which in turn may affect food production and distribution, according to a review paper by University of Notre Dame biologist Jason Rohr and collaborators.
A major outbreak of dengue fever in southern China in 2014 may have been caused by more than just high temperatures, numbers of mosquitoes, or imported cases from Southeast Asia. Despite previous studies that point to these specific reasons for the outbreak that affected almost 40,000 people, a new study from the University of Notre Dame shows there likely were other factors involved as well.
The National Science Foundation (NSF) recently announced the winners of its 2019 Graduate Research Fellowship Program (GRFP), with 14 University of Notre Dame students and alumni winning the highly coveted award and another 12 receiving honorable mentions.
Congratulations to Kasturi Haldar, the Rev. Julius Nieuwland Professor of Biological Sciences and recipient of the 2019 College Research Award. Kasturi is an internationally recognized scientist who joined the Department of Biological Sciences in 2008 as the Director for what is now the Boler-Parseghian Center for Rare and Neglected Diseases. During her research career, she has made ground-breaking discoveries to advance the understanding of malaria pathogenesis and to develop novel therapies in both infectious and genetic diseases. Her work over the past several years has revealed a molecular mechanism of how Plasmodium falciparum malaria develops resistance to artemisinins, front line antimalarials for which there are still no replacement therapies.
Tank, who also currently serves as the current president of the Society for Freshwater Science, is being recognized for her research that sits at the intersection of freshwater systems and agriculture in the Midwest.
Inside the body, disease and injury can leave behind quite the mess — a scattering of cellular debris, like bits of broken glass, rubber and steel left behind in a car accident. Inside the central nervous system (CNS), a region that includes the brain and spinal cord, it is the job of certain cells, called microglia, to clean up that cellular debris. Microglia have counterparts called macrophages that serve similar function outside the CNS in the peripheral nervous system (PNS), the region that contains most of the sensory and motor nerves.
Finding solutions for worldwide shortages propels new University of Notre Dame biology professor Jason Rohr to find unique ways to research some of the most pressing issues. These include food shortages. Energy shortages. Even “shortages” of amphibians because of disease. Rohr, the Ludmilla F., Stephen J., and Robert T. Galla College Professor of Biological Sciences, completes research in areas that span the intersection of wildlife and human health.
Rebecca Wingert, Elizabeth and Michael Gallagher Associate Professor in the Department of Biological Sciences at the University of Notre Dame, recently published findings in ELife that have revealed new insights into the genetic pathways that control kidney cell development.
New research from the University of Notre Dame suggests that structures released by the infected cells may be used in tandem with antibiotics to boost the body’s immune system, helping fight off the disease.
To balance the needs of the animals and the industry that rely on brine shrimp cysts, a University of Notre Dame researcher and the Utah Division of Wildlife Resources (UDWR) completed a study over 20 years to evaluate and improve management of Utah's Great Salt Lake.
A new tool may allow researchers to see more of the physiological state of living organisms at the cellular level, according to a study by the University of Notre Dame. Published in Development, the study shows how an open-source application, created by Notre Dame researchers, can utilize two different conventional microscope images obtained at low excitation powers to create one high-resolution, three-dimensional image.
New research from Notre Dame could lead to regenerative therapies for people with injuries to their brachial plexus, a group of nerves that starts at the spinal cord and goes into the arm.