Company Filing History:
Years Active: 2020
Title: Innovations in Dental Adhesives: The Contributions of Agnese Bregnocchi
Introduction
Agnese Bregnocchi, an inventive mind based in Rome, Italy, has made significant strides in the field of dental technology. With a focus on antimicrobial solutions, Bregnocchi's research aims to enhance the efficacy of dental adhesives, leveraging innovative materials to combat oral pathogens.
Latest Patents
Bregnocchi holds a patent for a groundbreaking process in the production of antimicrobial dental adhesives that incorporate graphene. This patent, titled "Process for the production of antimicrobial dental adhesives including graphene and relative product thereof," describes a dental adhesive formulation that combines a polymeric adhesive with graphene nanostructures. These nanofillers are meticulously dispersed throughout the adhesive, ensuring that the final product possesses remarkable antimicrobial and antibiofilm properties, thereby providing improved protection against oral pathogens.
Career Highlights
Agnese Bregnocchi is a prominent member of the prestigious Università Degli Studi di Roma “La Sapienza,” where she contributes to the advancement of dental science. Her work is characterized by a commitment to innovation and an emphasis on practicality, aiming to equip dental professionals with improved materials that can enhance patient care.
Collaborations
Throughout her career, Bregnocchi has collaborated with esteemed colleagues, including Maria Sabrina Sarto and Antonella Polimeni. These partnerships underscore the collaborative spirit of research in the field, as combined expertise leads to more comprehensive solutions in dental technology.
Conclusion
Agnese Bregnocchi exemplifies the spirit of innovation within the dental field. Her contributions, particularly through her patent related to graphene-enhanced dental adhesives, mark a significant advancement in improving oral health solutions. As research continues to evolve, Bregnocchi's work serves as a crucial step towards integrating advanced materials into everyday dental practices.