The field of biomedical engineering is witness to revolutionary progress, thanks to innovations in materials science and engineering. Mario Milazzo, Ph.D., a Fulbright scholarship holder from the University of PisaOrganize a conference entitled “Materials and engineering science for biomedical applications” at 6 p.m., Wednesday, February 26, 2025, at McNulty Hall, Salle 101. All students and members of the university community are invited and encouraged to attend.
Milazzo, who visits the Physics department This semester will share its multidisciplinary approach to the development of advanced materials to use in modern medicine. More specifically, the seminar will focus on the integration of the synthesis of materials, structural characterization and biological assessments to develop innovative solutions for the replacement and regeneration of fabrics.
During the speech, Milazzo will explore the biomimetic scaffolding integrated into human mesenchymal stem cells for the reconstruction of the tympanic membrane. These advanced scaffolds not only improve bio-integration, but also improve mechanical performance, offering new possibilities for processing hearing impairments. In addition, it will present innovative conceptions for ossicular replacement prostheses aimed at improving acoustic functionality and fabric compatibility.
In the field of bone fabric engineering, Milazzo will detail the pioneer work on the piezoelectric nanocomposites composed of polyhydroxybutyrate (PHB) and barymoise titanate (Batio₃). These materials, which have improved mechanical properties and bioelectric responses, are very promising to imitate natural bone function and promote regeneration.
Another remarkable area of exploration will be ophthalmology, where Milazzo will speak of a current project focused on the development of 3D -printed biocompatible contact lenses – which could serve as an alternative to traditional amniotic membrane applications, which are used for Foster healing and reduce inflammation of the inflammation of the traditional membrane, which are used to promote healing and reduce inflammation of inflammation inflammation in various eye conditions.
Recipient of the prestigious Marie Skłodowska Curie Fellowship, Milazzo collaborated with leading institutions such as MIT, the University of Antwerp and the Massachusetts Eye & Ear. His work has been widely published, with more than 60 international contributions, four books of books and several patents. His current research in Seton Hall, supported by his Fulbright scholarship, focuses on nanocomposites materials.
For more information on the event, please contact the Associate Professor Weining Wanghas (Protected by e-mail).
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Health and medicine