Sentence examples for bacterial inactivation and from inspiring English sources

These results indicate that PDT for murine MRSA arthritis requires appropriate light dosimetry to simultaneously maximize bacterial inactivation and neutrophil accumulation into the infected site, while too little light inactivates sufficient bacteria and too much light inactivates neutrophils and damages host tissue as well as bacteria and allows bacteria to grow unimpeded by host defense.

The plasma is capable of bacterial inactivation and non-inflammatory tissue modification, which makes it an attractive tool for treatment of skin diseases, open injuries and dental caries.

The response surface methodology, based on the equation obtained with a stepwise multivariate linear regression, was used to describe the relationship between bacterial inactivation and the studied variables.

The characteristics of plasma and its generated cocktail of long living chemical compounds in air and in water leading to a significant bacterial inactivation and offering a wide range of possible applications.

The photogenerated ROSs, including h+, OH, H2O2, and O2 −, are all responsible for bacterial inactivation and play different roles in various photocatalytic systems (Hou et al. 2012).

One highly active division of research is in the area of bacterial inactivation and surface sterilization.

This study reports the HIPIMS deposition for Ag and Cu on textile fabrics, the bacterial inactivation kinetics and the nature of the species in the plasma produced during HIPIMS sputtering.

To illustrate the water safety from the Br-TiO2-UVA system, this study investigated bacterial inactivation efficiency and disinfection byproduct (DBP) formation under different pH, TiO2 dosages and bromide concentrations in a laboratory setting.

The variation in the interface surface potential (Eigenvalues) of the Cu-films during the bacterial inactivation was monitored and allowed to suggest the bacterial mineralization mechanism.

The deposition rates of Ag and Cu atoms and the bacterial inactivation times are reported in the dark and under light as a function of the applied peak currents during the sputtering by HIPIMS.

E. Erdim, Badireddy, A. R., and Wiesner, M. R., "Characterizing reactive oxygen generation and bacterial inactivation by a zerovalent iron-fullerene nano-composite device at neutral pH under UV-A illumination", Journal of Hazardous Materials, vol. 283, pp. 80 - 88, 2015.