View clinical trials related to Carious Teeth.
Filter by:Different bulk-fill composites will be applied in different posterior cavities then compared
The goal of this splith - mouth clinical trial is to compare 3D Printed Prefabric Composite Resin Crowns with Stainless Steel Crowns in healthy 50 children age between 5 and 9 with caries on more than one surface of the primary second molars. The main question[s] it aims to answer are: - 3D printed composite resin crown's survival rate is as succesful as stainless steel crowns - 3D printed composite resin crowns periodontal integrity is as succesful as stainless steel crowns Condition or disease : Carious Teeth Intervention/treatment: Procedure/Surgery: 3D Printed Prefabricated composite resin crown group Procedure/Surgery: Prefabricated stainless steel crown group
One of our major concerns and daily challenges is the management of carious immature permanent teeth, also known as young permanent teeth while preserving the vitality of the dental. Preserving radicular pulp tissue in these teeth allows continuing apical maturation and apical closure. Diagnosis and treatment of carious immature permanent molars are considered a challenging aspect of daily clinical routine, where constant irritation of the pulp without treatment leads to irreversible pulpitis and necrosis, which impedes the natural root development and its complete formation ; leading at the end to a decision of extracting the tooth .Therefore; when treating immature permanent teeth, the main goal is to preserve the vitality of the pulp to guarantee natural root development. Pulpotomy is a commonly employed treatment for this procedure involving either the removal of only the outer layer of damaged and hyperemic tissue in exposed pulps (partial pulpotomy or Cvek pulpotomy); which is a procedure staged between pulp capping and complete pulpotomy. Complete pulpotomy is the total removal of coronal pulp tissue and the placement of a wound dressing on the canal orifice. Followed by the placement of a biocompatible material to promote healing and regeneration of the remaining vital pulp tissue. In many studies, MTA showed high success rates in treatment of carious immature permanent molars. However, MTA is expensive and has poor handling characteristics, a long setting time and no predictable antimicrobial activity. Recently, new bioceramics have emerged as promising materials, showing good potential for vital pulp therapy in immature permanent teeth due to their biocompatibility and favorable clinical outcomes. Both MTA and bioceramics have almost similar compositions, but bioceramics materials contain titanium oxide and calcium phosphate, in addition to the absence of aluminum in its composition. Besides, bioceramics can release a high percentage of calcium ions early while maintaining this high percentage for 28 days, in contrast to the mineral trioxide, which showed a lower ability to release calcium ions more slowly. Therefore, this study will be conducted to compare the effectiveness bioceramic material in partial and complete pulpotomy of immature permanent molars.
The study was planned to evaluate and compare the clinical success of prefabricated stainless steel crowns and zirconia crowns used in the primary molars. The study will be carried out in healthy children aged 6-9 years with caries on more than one surface of the primary molars.
This study is aimed to evaluate the clinical performance of new One-shade universal composite resin as posterior restoration using US Public Health Service "USPSH" criteria for color match, marginal adaptation, surface texture, retention, recurrent caries and others after 1, 3, 6 and 9 months.
Objective: To evaluate the marginal adaptation of the zirconia reinforced lithium disilicate (VITA AMBRIA) glass ceramic Inlay/Onlay compared with lithium disilicate(IPS emax Press) glass ceramic Inlay/Onlay in decayed posterior teeth.
The hall technique for primary teeth depends on the idea of isolation of the carious non exposed primary tooth from all bacteria present in the oral cavity by using a stainless-steel crown which result in arresting of the caries and preventing its progress to the pulp. Recently laser and Silver Diamide Fluoride (SDF) have been used to arrest the progress of caries so in the current study we will compare the success rate of hall technique with either laser or SDF in arresting of caries
Aim of study: is to asses biological and esthetical success of ceramic onlay restorations while preparing the teeth using shoulder finish line preparation versus butt joint with bevel preparation. Methods: Patients with need to posterior onlay restoration (premolars and molars) will be allocated into two groups either conventional (shoulder finish line) or conservative group (butt joint with bevel), after tooth preparation impression, restoration fabrication, try in, cementation and restoration will be evaluated two weeks post cementation then follow up will be held every two months for 1 year.
Permanent teeth with carious pulp exposure and indicated for full pulpotomy will be treated using three different materials using aseptic technique and will be subsequently followed up clinically and radiographically at 6 months, 1 year and yearly up to 5 years.
This study aims to compare the ability of different regenerative protocols in the treatment of mature necrotic