Bioresorbable biomaterials have now largely replaced the use of traditional non-degradable materials in almost all dental fields, including sutures, implants, grafts, and drug delivery systems.
notable trend is the growing interest in cellulose-based biomaterials for dental implants. These materials offer excellent biocompatibility and mechanical strength while being environmentally sustainable.
This particular example perfectly highlights why Bio-Based Bioplastics For Dental Implants is so captivating.
Recent trends in the field of dental implants biomaterials and why these materials are superior over the previous ones. The content of the article are clinically significant and will prove to be helpful for readers to make decision while choosing implant system.
lso, some types of biocompatible materials such as polymer-based implants, metal implants, and natural bioactive materials indicate their role in the wound and bone healing process, stimulating dental pulp regeneration and surface modification of dental implants.
This review aims to assess the biomaterials used in modern dental implants, introducing their properties, and concentrating on modifications to improve these biomaterials. Focus is drawn to the prominent biomaterials, titanium (Ti) and zirconia due to their prevalence in implant dentistry.
