Penn Dental Medicine, Penn Medicine and Penn Engineering Identify Nanoparticles that May Offer an Alternative Treatment Option for Root Canals
Researchers identified ferumoxytol, an FDA-approved iron oxide nanoparticle, as a highly effective alternative to traditional root canal disinfectants.
Koo and Steager’s Tooth-brushing microrobots offer even more life-changing applications
In 2024, Koo and Steager sat down with Penn Today to discuss this technology’s potential not only to brush teeth, but also to diagnose and treat infectious diseases–in teeth and beyond.
Penn Faculty Discover An Innovative Potential Treatment for Tooth Decay
In search of a more effective treatment, the research team employed a combination of ferumoxytol (Fer) and stannous fluoride (SnF2) to fight tooth decay.
Penn Faculty Discover an Innovative Potential Treatment for Tooth Decay
The study provides a potential solution for dental caries, also known as tooth decay.
Center for Innovation & Precision Dentistry Presents Second Annual Symposium
The symposium featured presentations and research posters by CiPD faculty and trainees in the Center’s NIDCR T90/R90 Postdoctoral Training Program as well as invited speakers.
Penn Dental Medicine and Penn Engineering Faculty Invent Nanorobotic system That Offers new options for targeting fungal infections
This research team has developed a new way to accurately target and quickly destroy fungal cells in the mouth by using nanorobots guided by magnets.
Penn Dental Medicine Researchers Develop Plant-based, oral method of insulin delivery that regulates blood sugar levels similar to natural insulin
Henry Daniell and his team of researchers developed a new plant-based, oral method of insulin delivery that regulates blood sugar levels similar to natural insulin.
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Koo and Steager's magnetic, scalable, tether-free robotic devices can be used for diagnostics via retrieval and sampling of biofilms associated with infectious diseases.
Microrobotics for Precision Biofilm Diagnostics and Treatment
Koo and Steager's magnetic, scalable, tether-free robotic devices can be used for diagnostics via retrieval and sampling of biofilms associated with infectious diseases as well as the assessment of bi
Penn Dental Medicine Study Finds That Cavity-causing Microbes Have the Ability to Form Superorgranisms that Can Crawl on Teeth
A Penn Dental Medicine study found that cavity-causing microbes have the ability to form superorgranisms that can sprout “limbs” that propel them to“leap” to quickly spread on the tooth surfaces.