Purpose: A low-temperature low-energy capillary-tube-based argon micro-plasma system
was applied to disinfect Streptococcus mutans-containing biofilm. Materials and methods …

This study investigated the argon plasma treatment effect on disinfecting dental biofilm by
using an atmospheric pressure plasma brush. Streptococcus mutans biofilms were …

Background/purpose Atmospheric-pressure plasma is a new technology for biomedical
applications. Utilization of an ionized gas (plasma) to achieve disinfection is an alternative …

We present a method to disinfect microcavities such as tooth root canals. With the aim of
being introduced inside of the root canal, parameters are chosen to produce reactive oxygen …

A nonthermal low temperature air plasma jet is characterized and applied to study the
plasma effects on oral pathogens and biofilms. Experiments were performed on samples of …

Featured Application Low exposure times of low-temperature plasma (LTP) affects single-
and multi-species cariogenic biofilms, which makes it a promising candidate to contribute to …

The purpose of this study is to evaluate the sterilization effects of a newly developed low
temperature multi gas plasma jet on oral pathogenic microorganisms (Streptococcus mutans …

OBJECTIVE: To study the plasma treatment effects on deactivation effectiveness of oral
bacteria. METHODS: A low temperature atmospheric argon plasma brush were used to …

The aim of the present experimental study was to test three different plasma sources on the
removal of 72 h oral biofilms. It was hypothesized that cold atmospheric plasma (CAP) …

The antibacterial activity of gas discharge plasma has been studied for quiet some time.
However, high biofilm inactivation activity of plasma was only recently reported. Studies …