Synthetic and Biodegradable 3D Printed Membranes for Guided Bone Tissue Regeneration
I am thrilled to announce a collaboration between MoreDent (MIS Implants Australia) and La Trobe University on an Australian Government Department of Education National Industry PhD project tackling challenges in guided bone tissue regeneration.
This project focuses on developing a synthetic, biodegradable barrier membrane to reduce invasive procedures in treating gum disease. Led by A/Prof. Ing Kong (academic supervisor) and Dr. Melanie N. (industry supervisor), the research leverages advanced manufacturing to create an innovative membrane for better periodontal disease treatment. This initiative drives biomedical and dental research advancements, developing next-generation biomaterials for improved patient outcomes.
La Trobe University’s Perspective:
La Trobe’s expertise in Materials and Manufacturing Engineering, combined with MoreDent leadership in implantology, fosters innovation in biomedical solutions. A/Prof. Ing Kong, project supervisor, states:
“By leveraging advanced materials science, we aim to develop a synthetic, biodegradable barrier membrane that enhances periodontal treatment, promotes tissue regeneration, and minimises invasive procedures. This partnership exemplifies the importance of industry-academic collaborations in translating research into tangible clinical applications. Through this collaboration, we can bridge the gap between fundamental research and real-world clinical applications, benefiting both patients and the broader healthcare sector.”
MoreDent’s Perspective
Dr. Melanie Nadgorny, Product Development Manager, highlights:
“The National Industry PhD Program is a fantastic opportunity to partner with La Trobe on innovative R&D. It fosters collaborations that drive medical device development and commercialisation while training young engineers for Australia’s industry.”
Student Perspective
Anusha Mairpady, PhD Candidate, expresses her excitement:
“Developing medical devices for dental applications is complex and challenging yet crucial for improving people’s well-being. Solving a real-world complex problem in the field of biomaterials tissue engineering is exciting an a huge incentive. This project could provide a viable alternative to autografts and advance material science research.”
Thank you to Claire McLoon for supporting this project at La Trobe University.
hashtagbiomaterial hashtagbioengineering hashtagadvancemanufacturing hashtagmaterialsciences hashtagcommercialisation hashtaguniversityindustrycollaboration hashtaguniversities hashtagAEA hashtagPhDlife hashtagIndustryPhD hashtagdentistry hashtagmedicaldevices