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Sheehan Fund Fuels Signature Humanities Program

For generations of Saint Anselm students, the cornerstone of the curriculum was Portraits of Human Greatness, a two-year program that examined humanity, morality and spirituality through archetypes like the “Warrior” and individuals such as Thomas Jefferson and Martin Luther King, Jr.

Michael Sheehan ’82, H.D. ’11

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History & Mission

Saint Anselm College was founded in 1889 by the Benedictine monks of St. Mary's Abbey of Newark, New Jersey, in response to the invitation by Bishop Denis M. Bradley, the first bishop of Manchester, N.H. A six-year classical course, with curricula in philosophical and theological studies, was organized and opened to qualified students.

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Bridging Science and Care: The Impact of Tissue Engineering on Health

November 21, 2024
5:30 pm EST - 6:30 pm EST

Join the Center for Ethics in Society on November 21st as we welcome Dartmouth professor Dr. Katie Hixon to discuss medical ethics and bioengineering. Dr. Hixon will explore cutting-edge work in tissue engineering and scaffold development aimed at enhancing musculoskeletal health and orthopedic treatments. She will examine the real-world implications of this research for patients and the public, highlighting how recent advances in bioengineering present both opportunities and challenges for accessing new therapies. Additionally, Dr. Hixon will address the bioethical questions that arise in this field and share insights on navigating responsible innovation in healthcare.

Location: Spotlight Room at the Palace Theater, 96 Hanover St, Manchester, NH 03101

Light refreshments and hors d'oeuvres will be provided.

About the speaker:

Katie Hixon, PhD. is an accomplished researcher and educator at Dartmouth Engineering, where she serves as both an Assistant Professor of Engineering and a Clinical Assistant Professor of Orthopaedics. She is the principal investigator at The Hixon Lab which is focused on developing innovative treatments to support healing in patients where tissue repair is challenging, particularly large and complex injuries from disease or traumatic injury.

With a focus on developing innovative therapies, such as using Manuka honey, which has natural antibacterial properties, Dr. Hixon's research utilizes orthopedic and craniofacial models to drive breakthroughs in musculoskeletal health. Her work seeks to enhance healing processes and improve the quality of life for patients facing these complex challenges. Through her commitment to interdisciplinary collaboration and cutting-edge research, Dr. Hixon is making significant contributions to the fields of engineering and orthopaedics.

Katie Hixon, PhD.