Search PubMed⌕ Search

SEARCH · Search PubMed

Results for “Dentistry, Operative”

Search indexed PubMed citations on genomics, clinical trials, systematic reviews and public health. Explore titles, authors and supplied subject terms, then open the PubMed record.

Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.

At least 469 records · Page 26Linked to original sources

[The history of dental technology instruction and its leading scholars at the Budapest university].

The preconditions for university level education on odontotechnology was first set in 1900 with the establishment of the first Odontotechnological Laboratory in the Dental Institute of the Medical Faculty. The first head of the laboratory and the lecturer of the subject was Dr. Lajos Hattyassy who obtained a senior lecturer (private docent) position in the faculty. Both the technical and personal preconditions substantially improved with the opening of the new clinic of Stomatology in 1909. The dental residents could provide comprehensive prothodontic treatment in the dental lab with its 18 working place and also in the auxiliary practical units. They were supervised by dental specialist and assisted by laboratory technicians. The senior lecturer of the subject was Dr. Henrik Salamon the internationally well know dental researcher. During the mid 20's Dr. Dénes Máthé succeeded him, who also became the director of the whole dental clinic. It was him, who introduced the systematic curriculum in odontotechnology. After World War II according to the requirements of the new health insurance system the independent dental training program started in 1952 besides the traditional stomatologist training. The old dental laboratory could not meet the requirements imposed by the large number of dental students. The new teaching laboratory was organized by Dr. Imre Földvári. This new teaching laboratory made room for the teaching of dental materials and metallurgy, odontotechnology and the phantom head training on operative dentistry and prosthodontics. The technical level of the lab was continuously improved. Dr. Imre Földvári was succeeded by Dr. György Huszár. The previously independent dental subject were first merged and later incorporated into the subject of prosthodontics. In the practical training several modern devices, mimicries and articulators were used. Lately Dr. György Götz succeeded Dr. Huszár, and the subjects of dental materials, odontotechnology and phantom head prosthodontics became again independent dental subjects. With the total refurbishment of the teaching laboratory it became one of the most up to date dental teaching laboratories of Europe. The structure and the curriculum of these newly established dental subjects have also changed and upgraded. The international connections has recently improved and many dental students came from all over the world to study dentistry. Recently for a very short period of time Dr. Pál Tóth jr. was the head of this teaching unit of the Dental Faculty.

Education, Dental↗

Caridex: dentin topography and bond strength evaluation.

CARIDEX, is a new approach to pediatric operative dentistry. An in vitro study with the aim of comparing the efficacy of the CRS system against the conventional caries removal system was carried out by studying the dentin topography following caries removal by the two systems restorative materials--Silver amalgam, Composite resin, Glass Ionomer, IRM nad Poly--F to the CARIDEX treated dentin using the Housfield Tensometer. The results were evaluated statistically and significant results were observed.

Aminobutyrates↗

Explorer sharpness as related to margin evaluations.

Nine experienced operative dentistry faculty each used six different explorers of varying degrees of sharpness ranging from new to well-used to evaluate marginal acceptability on a device used to simulate gradations of vertical opening. In this study, the standard for the sharpest explorer point was determined to be 68 microns in diameter measured 40 microns from the tip. There was a positive correlation between the diameter of the explorer tip at 40 microns and the mean amount of opening that could be detected until the margin was declared unacceptable. Increased explorer dullness significantly handicapped even experienced graders when the explorer alone was used to evaluate visually inaccessible margins.

Dental Instruments↗

Iatrogenesis in the treatment of dental caries.

Traditional restorative dental treatment has many shortcomings and has not been shown to be an effective method for managing caries. In spite of this, many dentists continue to be powered by an aggressive restorative approach which, in the light of changing "rules" of operative dentistry, must now be seen as inappropriate and as a form of iatrogenesis. Many things have changed in recent years, including: the prevalence of caries; understanding of the science of the caries process; a fuller appreciation of the problems inherent in restoring teeth; cavity design; restorative materials; and the demands of patients. Dental practice needs to change very dramatically if iatrogenesis is truly to be reduced to a minimum and dentistry is to provide the sort of preventive-based care the modern consumer is increasingly realising makes most sense.

Dental Caries↗

[Pulp capping].

Explore the source record for details and available documents.

Dental Pulp Capping↗