View clinical trials related to Gingivitis.
Filter by:Due to difficulties in maintenance of an effective mechanical oral hygiene regime, effective chemical adjunctive measures will likely significantly contribute to overall oral health, the function of which should be to augment mechanical plaque control. Traditionally, in Chinese medicine the lotus leaf has been used for treating gingival inflammation. An extract of lotus leaves have demonstrated significant antibacterial activity against some of the periodontopathogens.
This study investigates the efficacy of a proprietary probiotic formulation comprising 6 strains of bacteria in reducing inflammation and gingivitis in pediatric patients between 11 and 18 years old undergoing orthodontics treatment. Patients will be recruited based on a prior diagnosis of mild to moderate gingivitis by gingival index score. Participants in this study will be randomly assigned to receive either the probiotic treatment or a placebo, both in the form of a dissolving lozenge; for which the placebo is exactly the same shape, texture, taste, and composition as the probiotic treatment, but does not contain the active probiotic ingredients. The lozenges are to be taken orally at a certain prescribed regimen for 28 days. Participants will be assessed for gingivitis scores, gum bleeding scores, plaque scores, overall periodontal health, and for precarious areas at baseline, 14, and 28 days. They will also be assessed for the same measures at day 56, following a 28-day wash-out phase. Plaque and saliva samples will be collected at all timepoints for in vitro analyses of changes in microbial pathogens and/or inflammatory cytokines.
This is a pilot study. The investigators hypothesize that the peri-implant soft tissue response to de novo plaque accumulation is similar to that of normal gingival tissue in the same subjects. The investigators propose to conduct a controlled clinical trial to evaluate peri-implant soft tissue response to de novo plaque accumulation in comparison to the response of gingival tissue in the same subjects
Dental plaque, known as dental biofilm, is implicated as the primary etiological agent responsible for oral inflammatory diseases. Matured form of dental plaque plays a major role in the pathogenicity of gingivitis; if not managed in early stages it results in a cascade of events leading to the destruction of periodontal tissues. Effective plaque control techniques have been suggested that maintain dental biofilm at levels compatible with oral health and is the cornerstone for all preventive strategies to control oral diseases particularly gingivitis. To clean teeth and ensure effective plaque control, different mechanical means have been in use since centuries. However because of an inadequacy in plaque removal, different antimicrobial and antiplaque agents have been introduced in oral-care products. The use of dentifrices has been recommended over the years as the ultimate way of preventing the incidence of oral diseases. Dentifrices have the anti-plaque and the anti-gingivitis capabilities due to their composition. Toothpastes and to a lesser extent toothpowders are common oral-care products used to eliminate plaque and other deposits from tooth surfaces. Existent literature has focused more on toothpaste and mouth rinse and derelicts toothpowder despite its difference owing to the absence of humectants. With the intention to advance the knowledge on this issue as well as close the research gap, this study was conducted to evaluate the efficacy of toothpowder in alleviating gingivitis, controlling dental plaque, and inhibiting extrinsic stains. A single-blind, parallel arm randomized controlled trial (RCT) evaluated the efficacy of toothpowder against toothpaste through oral hygiene parameters of plaque and stain deposits on teeth and gingival inflammation. Plaque Index, Lobene Stain Index and Gingival Index were used as measures of oral hygiene. The current RCT revealed that toothpowder and toothpaste were equally effective in both treatment and control groups from clinical perspective however toothpowder showed a statistically significant effectiveness as compared to toothpaste. Toothpowder, composed of calcium carbonate and essential oils, has demonstrated to be statistically more effective than toothpaste in controlling extrinsic dental staining, dental plaque and gingival inflammation.
The present study was a randomized control clinical trial, which included 90 subjects with chronic generalised gingivitis of age group 25-40 years, reporting to outpatient department of Periodontics, Government Dental College & Research Institute, Bangalore form January 2013 to April 2013. The research protocol was initially submitted and approved by the Institutional Ethical Committee and Review Board of the Government Dental College and Research Institute, Bangalore. After ethical approval, all subjects were verbally informed and written signed informed consent was taken for participation in the study. Ninety subjects diagnosed with chronic generalized gingivitis were randomly assigned into three groups: Group I: Placebo mouthwash, Group II: Triphala (TRP) mouthwash, Group III: Chlorhexidine (CHX) mouthwash. Subjects were instructed to use mouth wash twice daily. The plaque index (PI), gingival index (GI) and oral hygiene index- simplified (OHI-S) and microbiological colony counts were recorded on baseline (B/L) and 7, 30 and 60 days respectively. TRP mouthwash was found to decrease the inflammatory parameters. As improvement in gingivitis was comparable to that of CHX mouthwash thus TRP mouthwash can be considered as a potential therapeutic agent in treatment of gingivitis.
This study is to assess the safety and tolerability of single doses and multiple doses in reducing plaque and gingivitis when delivered in a chewing gum formulation.
Subjects will be given special instructions about eating, smoking and taking care of their teeth during the 18 hours before they come to the dentist's office for screening. At that first visit, they will be examined by a dentist, who will examine their mouths with a dental instrument to determine whether they qualify to participate in the trial. Someone who works for the dentist will also take some oral measurements. Participants who qualify to be in the study will receive a treatment for their gingivitis and have an equal chance of being assigned to one of three treatment groups. Subjects in all three groups will be given toothpaste that is already available in stores. They will brush their teeth twice daily with a one-inch strip of toothpaste in their regular manner. After brushing, subjects in one group will use an experimental mouth rinse that is not available in stores. Another group will be given a mouth rinse to use that is already available in stores, and the third group will not use any mouth rinse at all. After they receive their assigned products subjects will be supervised while they brush their teeth and/or rinse to ensure they understand exactly how to use the products. All other brushing and rinsing over the next three months will be at home, but subjects will be required to keep a diary to record their brushing and rinsing times twice each day. Subjects will be required to bring their diaries and any leftover toothpaste and mouth rinse with them for four more scheduled appointments after about 1 week, 2 weeks, 4 weeks, and 3 months. At those appointments, the dentist will examine their mouths, make sure there are no safety concerns, and examine again to get the measurements needed. One of the dentist's staff members will take other measurements as well. The study will determine the measured effects of the experimental mouth rinse on gingivitis, and compare these results to the mouth rinse that is already available, as well as to using no mouth rinse at all.
The purpose of this study is to evaluate the long-term efficacy and safety of lozenges containing probiotics in reducing gingivitis. The primary purpose of this study is to support claims from U.S. instructions for use (IFU) for GUM® PerioBalance®.
This study evaluates the anti-inflammatory effects of Colgate Total® during an experimental gingivitis model developed by Löe et al. Half of the participants will use Colgate Total® (which contains triclosan), while the other half will use a toothpaste which does not contain triclosan as the control.
The purpose of this study is to explore the efficacy of Iocide oral rinse in a human clinical trial of gingivitis. Iocide oral rinse will be evaluated against a placebo rinse. Indices for gingivitis, plaque and bleeding will be scored and blood tests will be performed to determine the effect of the antimicrobial oral rinse on relative levels of biological markers of inflammation.