This Dental Resin Prevents Cavity Recurrence
Michael Hemsworth — July 12, 2019 — Tech
A new antibacterial cavity filling dental resin has been developed by a team of researchers at the Tel Aviv University in Israel to help combat the recurrence of tooth issues once a problem as been dealt with. The resin composite is made with a modified amino acid called fmoc-pentafluoro-L-phenylalanine that remains within the material and killing any bacteria that comes into contact with it on the exterior. The filling material also has an aesthetically pleasing appearance that could replace existing solutions thanks to its discreet profile.
Co-lead scientist behind the cavity filling dental resin Dr. Lihi Adler-Abramovich spoke on the material saying that, "The minimal nature of the antibacterial building block, along with its high purity, low cost, ease of embedment within resin-based materials and biocompatibility, allows for the easy scale-up of this approach toward the development of clinically available enhanced antibacterial resin composite restoratives."
Image Credit: bezikus/Depositphotos
Co-lead scientist behind the cavity filling dental resin Dr. Lihi Adler-Abramovich spoke on the material saying that, "The minimal nature of the antibacterial building block, along with its high purity, low cost, ease of embedment within resin-based materials and biocompatibility, allows for the easy scale-up of this approach toward the development of clinically available enhanced antibacterial resin composite restoratives."
Image Credit: bezikus/Depositphotos
Trend Themes
1. Antibacterial Dental Resin - This innovative resin composite incorporates an antibacterial building block to prevent the recurrence of tooth issues and improve oral health.
2. Aesthetically Pleasing Fillings - The discreet profile and pleasing appearance of the new dental resin make it an attractive alternative to existing cavity filling solutions.
3. Cost-effective Materials - The low cost and ease of embedding the antibacterial building block in resin-based materials opens up opportunities for the development of more affordable and accessible dental composites.
Industry Implications
1. Dentistry - The dentistry industry can leverage the antibacterial dental resin to prevent cavity recurrence and enhance dental restoratives.
2. Medical Materials - The medical materials industry can explore the use of the antibacterial building block to develop enhanced resin composites for various medical applications.
3. Cosmetic Dentistry - Cosmetic dentistry professionals can take advantage of the aesthetically pleasing appearance of the dental resin to offer discreet and attractive cavity filling solutions.
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