View clinical trials related to Dental Caries.
Filter by:This prospective clinical randomized controlled trial is established to compare the clinical, radiographic, and histological treatment outcomes between MTA and FC in pulpotomized human primary molars at 6, 12, 18, 24 month post-treatment and to test the hypothesis that Gray Mineral Trioxide Aggregate (GMTA) is a viable alternative to Diluted (20%) Formocresol (DFC) in pulpotomies treatment of human primary molars.
Attention deficit and hyperactivity (ADHD) affect 6% of school-aged children. Few studies reported higher prevalence of caries and restorations among children with ADHD. Methylphenidate is the drug of choice to treat ADHD. according to the medical literature methylphenidate can cause xerostomia. Our study will investigate saliva parameters (such as quantity, bacteria in saliva, buffer capacity), oral hygiene and diet habits and their influence on caries among children with ADHD and among healthy children. Our hypothesis is: - Children with ADHD will have more caries. - Children with ADHD will have more detrimental oral hygiene and diet habits. - There will be a difference in the saliva parameters between children with ADHD and healthy children.
There is lack of clinical trials on pediatric dental sedation. The purpose of this study is to test (using a randomized controlled trial design) the hypothesis that young children behavior during dental treatment improves with oral midazolam sedation. A further aim of this study was is explore whether behavior also changes over sessions needed to dental treatment completion.
During the period of 2000-2003, 179 healthy, term infants with no previous signs of allergic disease were recruited and randomized to daily intake of cereals with or without the addition of Lactobacillus paracasei subspecies paracasei strain F19 (LF19) from 4-13 months of age. The effects of LF19 on gut microbial composition, infections, allergies, immunological development, growth and blood lipids were monitored. Of 179 included infants, 171 completed the study. The study product was well tolerated with no observed side effects. Compliance was excellent. In a follow-up study, the aim is to investigate the long-term effects of feeding LF19 during weaning on allergies, immune programming, overweight, gut microbial composition and oral health in 8-year old children. The investigators' primary outcome will be to determine whether daily intake of LF19 during weaning results in less eczema at 8 years of age, and if the preventive effect encompasses also respiratory allergies and immunoglobulin E (IgE) - sensitization. The long term effects on gut microbial composition, overweight and metabolic markers will be investigated. Furthermore, the possible preventive effects of LF19 on caries will be assessed.
The aim of this multicenter randomized controlled clinical trial is to evaluate the effectiveness of an alternative treatment for deep caries lesions in Public Health Services. The alternative treatment consists of partial removal of carious dentine followed by restoration. The subjects were assigned to test or control groups: test - carious dentine partial removal and restoration in one session, and control - stepwise excavation. The stepwise excavation consists of partial removal of carious tissue from the cavity floor, indirect pulp capping with calcium hydroxide cement; temporary filling; cavity re-opening after 60 days, removal of the remaining soft carious tissue and filling. Each group was divided according to the filling material: amalgam or resin. The radiological exams are being performed before and after the treatment and then annually. Clinical evaluation of the restorations is performed right after the treatment and then annually (modified USPHS System). All evaluations are performed by calibrated and trained dentists.
The behaviour of 12 dental nurses seeing 600 nursery school children in East Scotland will be video-taped to determine the interaction patterns adopted by the staff in the application of a fluoride varnish to the surfaces of the child's teeth. The aim is to test the benefit of certain communication strategies used by the nurses to affect an efficient application controlling for nursery school site, age of child and experience of dental nurse.
The aim of this study was to investigate the buffering effect of a calcium glycerophosphate-fluoride (CaGP-F) dentifrice on in vivo dental biofilm after a cariogenic challenge and evaluate its probable 12-hour protective effect. Twelve young adults took part in this randomized, double blind, 14-day 4-phase crossover study. Between each phase, the volunteers had a 1-week wash-out period. Coded dentifrices were randomly assigned to the volunteers: A) no F and no CaGP; B) CaGP-only (0.13%); C) F-only (1500 ppm (ppm= parts per million of fluoride which is equivalent to mg/kg)); D) CaGP-F (0.13%, 1500 ppm, respectively). The pH measurements were taken from a single-site using a microelectrode, with salt bridge established by a 1M KCl (one molar potassium chloride) solution with a reference electrode. pH measurements were taken at 0 (baseline), 1, 7, 14 and 21 min (minutes) after a cariogenic challenge (10% w/v sucrose solution, %w/v = percent weight per volume). Four sets of measurements were carried out: (D0BS) before test dentifrice usage; (D01min) 1-min after test dentifrice usage; and (D712h) 7 days and (D1412h) 14 days using the test dentifrice, 12 hours (h)after brushing. Stephen curves and mean AUC (area under the curve) were obtained.
oral status and early childhood caries (ecc) in israeli children with past IUGR
The purpose of this study was to document the reasons for placing the first restoration ("filling") on a previously un-restored surface in a permanent ("adult") tooth.
Bacteria that live in the mouth can digest fermentable carbohydrates such as sucrose, fructose, and glucose to make acid. This acid can cause demineralization of the tooth and lead to dental caries or decay. Noncariogenic carbohydrate sweeteners, such as sugar alcohols, can be used to replace fermentable carbohydrates in foods, thereby decreasing the risk of caries. In order for a sweetener to be labeled as a noncariogenic sweetener, the FDA requires that when present in food, the food should not lower the dental plaque pH below 5.7 either during or up to 30 minutes after consumption. The purpose of this study is to determine whether a new developmental sweetener can be fermented by the bacteria in the mouth and lead to acid production. This will be done by measuring the pH of dental plaque following consumption of the sweetener.