Objective This study analyzed the fluoride release/recharge and surface roughness of glass
carbomer compared to other encapsulated glass ionomer cements (GICs). Material and …

Background/purpose Glass ionomers undergo degradation when exposed to fluoride, which
changes the physico-chemical characteristics of the materials. The purpose of this study was …

The aim of this in vitro study was to investigate the changes in surface roughness of different
nanocomposite restoratives and enamel after application of 1.23% acidulated phosphate …

Aim: The purpose of this in vitro investigation was to assess the effect of three remineralizing
agents (Voco Remin Pro®, Uncle Harry's remineralization kit, Sunshine remineralization gel) …

Aim: The purpose of this study is to determine how fluoride varnish materials applied to
polyacid modified composite resins (PMCR) affect roughness at various temperatures …

INTRODUCTION: Nanotechnology was used in the development of glass ionomer cements
to provide some value added features not typically associated with this type of restorative …

In this article a summary from the literature is presented for the use of next generational
conventional glass ionomer cement (Fuji IXGP) for a plethora of dental situations …

Objectives: Glass ionomer cements (GICs) are among the most popular dental restorative
materials, but their use is limited due to their clinical disadvantages. Many efforts have been …

Bis heute kann die Adhäsion von Bakterien an feste Oberflächen in wässrigen Milieus noch
immer nicht in all ihren Einzelheiten und ihrer Komplexität dargestellt werden (Bos et al …

Dental caries is a multi factorial, bacterial, chronic infection that affects millions of people in
the world and has become a public health problem. Also referred to as tooth decay, this …