Fighting for those with rare diseases
Rare disease research can be as uncommon as the diseases themselves, but Notre Dame is committed to understanding, treating, and advocating for those affected by rare diseases. Read…
Rare disease research can be as uncommon as the diseases themselves, but Notre Dame is committed to understanding, treating, and advocating for those affected by rare diseases.
Latest Research
- ‘A special challenge’: German studies scholar wins National Humanities Center fellowship for research on medieval womenFor CJ Jones, the joy of research is not the answers but the journey. And the next step on that journey is a fellowship with the National Humanities Center. …
- Notre Dame Lead Innovation Team partners with local WIC program to identify, prevent lead poisoning in childrenB.A.B.E. store “shoppers” now have something new to help their families: free lead screening kits offered by the University of Notre Dame’s Lead Innovation Team.
- Notre Dame Welcomes Ninth Cohort of Warrior-Scholars for Transformative Academic JourneyNOTRE DAME, IN – The University of Notre Dame recently concluded its ninth successful Warrior-Scholar Project (WSP) boot camp, hosting 34 dedicated Warrior-Scholars from June 21st to 28th. This intensive, week-long academic residency provided transitioning service members and veterans…
- Entrepreneurship and Empowerment in South Africa study abroad program celebrates 25 yearsThis year, the Entrepreneurship and Empowerment in South Africa (EESA) program marked its 25th year of operation. EESA is a six-week summer study abroad program that enables students to help historically…
- Vatican honors Martin and Carmel Naughton with papal awardCarmel…
- Brain tumor growth patterns may help inform patient care managementAssistant Professor Meenal Datta (University of Notre Dame/Wes Evard) A team of researchers from the University of Notre Dame, Harvard Medical School/Massachusetts General Hospital, and Boston University has developed a technique for measuring a brain tumor’s mechanical force and a new model to estimate how much brain tissue a patient has lost.
