View clinical trials related to Endodontic Inflammation.
Filter by:Periodontal marginal and periapical diseases cause a huge destruction of tissues surrounding the tooth with periodontal patients. Treatment consists on elimination of pathogens, which are presented in periodontal pockets and also in root canals. To increase efficiency of endo-perio treatment there is used diode laser wavelength 940nm. Laser disinfection is done in periodontal pockets and root canals. The aim of the study is to evaluate the effectiveness of treatment of endo-perio lesions with use of medicaments and diode laser. The study will present cases of endo-perio lesions around molars in investigated and control group. Teeth were subjected to endodontic and periodontological treatment. The roots and pockets have been disinfected with a diode laser only in investigated group. In the both groups between the visits into root canals there were applied alkaline paste. The treatment was completed after 6 months. Before the beginning and after the end of treatment there were made a two-dimensional image and CBCT. CBCT was subjected to manual segmentation. The resulting streolitographic models were allowed to check the change of bone volume.
Total amputation therapy; is a treatment method aimed at maintaining the vitality of the radicular pulp remaining as a result of complete removal of coronal pulp tissue. In cases where pulp is exposed due to caries or trauma, the pulp is vital, bleeding can be controlled during the procedure, no periapical pathology is seen and radicular pulp is healthy. Traditionally, acute pulp pain is thought to be a symptom of irreversible pulpitis, and it is thought that there is little chance of the pulp returning to its normal situation after removal of the irritants. Root canal treatment has been accepted as the gold standard for the treatment of these symptoms. In recent studies, spontaneous or severe pain before procedure has not always indicated that pulp has no repair capacity, and deep carious lesions are not necessarily associated with irreversible pulpal pathology. Histological studies showed that even when caries reach the pulp or degeneration and inflammation were seen in it, there was a healthy section still present in the pulp. Therefore, it is stated that the healthy pulp remaining as a result of total amputation performed by removal of degenerated pulp can be preserved. Furthermore, it is stated that for the healing potential of the remaining pulp tissue, the original signal should be that the bleeding can be controlled after the amputation of the infected pulp tissue. While the most popular method in the treatment of vital pulp is CaOH, the American Academy of Pediatric Dentistry has been reported to be more resistant to dissolution in the protocol in recent years. MTA is a more suitable material because it is more homogeneous, and forms a thicker dentin bridge. However, the MTA requires a long time to harden, it is difficult to manipulate and color. In recent years, researchers have focused on creating new MTA formulations to improve their physicochemical properties without affecting their biocompatibility and bioactivity. NeoMTA Plus is a new fine powder tricalcium silicate. It consists of a water-based gel and powder mixture and the powder-gel mixing ratio may vary depending on the area of use. It is a material similar to MTA Plus. However, in order to avoid tooth discoloration, tantalium oxide used instead of the bismuth oxide and required calcium hydroxide used to induce the formation of mineralized tissue.