The use of physiotherapy in the regeneration of periapical bone structures of the teeth, prepared to load the prosthetic. (57/60)

The aim of this work was to investigate whether the use of magnetoledotherapy will accelerate the elimination of osteolytic lesions of the dental periapical area, and provide for prosthetic treatment. What impact on time of healing does the inflammatory change location, type of treatment or patient's age have? 69 patients underwent the examination. The problem of osteolytic lesions in the course of protracted or protracted acute dental periapical tissue inflammation was determined. Patients were divided into two research groups: group L - treated with magnetoledotherapy and group K - treated without the support of magnetoledotherapy. In the first group we applied the electromagnetic field, generated using the Viofor JPS Clinic apparatus. Our studies have confirmed the effectiveness of magnetoledotherapy in the accelerated decommissioning of the osteolytic lesion. This provides evidence of the appropriateness of this method in the treatment of protracted dental periapical tissue inflammation, in teeth qualified for prosthetic load. Magnetostimulation combined with LED energy is an adjunctive procedure, adopted in order to eliminate osteolytic inflammatory changes of dental periapical tissues. It can be used in all age groups with the same good result. After applying magnetoledotherapy, in the course of the dental periapical tissue repair process of tooth treated endodontically for the first time as well as reendodontically, no differences were found. This shows the opportunity of using magnetoledotherapy in all cases of protracted periapical tissue inflammation.  (+info)

Computer-assisted implant surgery and immediate loading in edentulous ridges with dental fresh extraction sockets. Two years results of a prospective case series study. (58/60)

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The in-vitro effect of a titanium implant on oral microflora: comparison with other metallic compounds. (59/60)

Dental implant research has been mostly concerned with the biocompatibility of materials for implantation. In this study the effects of titanium dioxide and other metallic salts on seven bacterial species commonly found in dental plaque, two which are uncommon, and a yeast, were determined by agar incorporation and diffusion techniques, and compared with the effects of a titanium implant abutment. Neither the titanium dioxide nor the implant abutment demonstrated any inhibitory activity, although other compounds such as cobalt used in dental alloys had some effects.  (+info)

The gold button technique for intraoral interstitial implants with iridium-192 seeds. (60/60)

The higher the radiation dose, the better is tumor control. High tumor doses are feasible only by interstitial irradiation. To achieve uniform dose distribution throughout the area or volume of implant, one has to use established distribution rules. In straight tube technique we have to use heavy endloading to compensate for uncrossed ends. In implants for intraoral lesions, heavy endloading gives a high dose to the opposing normal mucosa. The new gold button technique considerably reduces the dose to the normal mucosa, thus minimizing the morbidity.  (+info)