The effectiveness of a 0.2 percent and a 0.05 percent neutral NaF mouthrinsing programme. The clinical cariostatic effectiveness of two concentrations of acidulated phosphate-fluoride mouthwash. Caries prevention by daily fluoride mouthrinsing. Report of a three-year clinical trial. Caries-preventive effects of daily and weekly fluoride mouthrinsing in a fluoridated community: final results after 30 months. Caries development after termination of a fluoride rinsing program. The effect of oral rinsing with sodium fluoride on the gingiva of children. Self-application of fluoride by rinsing. Clinical cariostatic effectiveness of a NaF rinse in a low prevalence child population. The anticaries effect of single and combined topical fluoride systems in school children. Caries clinical trial of fluoride rinses in a Danish Public Child Dental Service. The effect of a preventive programme on dental plaque and caries in school children. Clinical evaluation of stannous fluoride as an anticaries mouthrinse. The effect on dental caries of weekly rinsing with a neutral sodium fluoride or an acidulated phosphate-fluoride mouthwash. [Fluoride mouthwashes in combination with fluoridation of the public water supply for the prevention of dental caries]. Identification and preventive care of high caries-risk children: a longitudinal study. Effects of a chlorhexidine-fluoride-strontium rinsing program on caries, gingivitis and some salivary bacteria among Finnish schoolchildren. Confidence intervals for percentage reduction in caries increments. Cariostatic effects of fluoride mouthrinses in a fluoridated community. [Prevention of dental caries by means of mouthwashes with 0.1 solutions of sodium fluoride. Results of a 2 year study]. Combined effects of a fluoride dentifrice and mouthrinse on the incidence of dental caries. Effect of high-concentration ammonium and sodium fluoride rinses on dental caries in schoolchildren. The use of a sodium fluoride mouthwash in reducing the dental caries incresent in eleven year old English school children. The caries-preventive effect of amine fluorides and inorganic fluorides in a mouthrinse or dentifrice after 30 months of use. Cariostatic effects of fluoride mouthrinses in a non-fluoridated community. Clinical testing of a mouthrinse and a dentifrice containing fluoride. A two-year supervised study in school children. Caries-preventive effect of two concentrations of stannous fluoride mouthrinse. Approximal caries development following intensive fluoride mouthrinsing in teenagers. A 3-year radiographic study.
nan nan nan nan In a municipality near Copenhagen, Denmark, where fortnightly fluoride rinses with 0.2% neutral sodium fluoride had been performed for more than a decade, 1306 children from kindergarten through 6th grade were stratified by school and grade and randomly distributed into two groups. One group continued the fluoride rinses, the other group had the fluoride solution replaced with distilled water. Both solutions were slightly flavored. 1083 children completed the 3-yr trial. Caries was recorded clinically by the dentists in the municipal dental service using the diagnostic criteria for the Child Dental Health Services, and on bitewing radiographs by one of the authors applying the criteria developed by GRONDAHL et al. Permanent molars and premolars were included in the study. Clinically, caries increment in the two groups was the same with pits and fissures containing 94% of the DMFS. According to the radiographs, caries progression in the water group was higher than in the fluoride group. This difference was statistically significant for the surfaces erupting during the study (P less than 0.05). nan nan Epidemiologic studies in which oral health in schoolchildren in the nonfluoridated city of The Hague has been monitored, have revealed a substantial decrease in caries prevalence since 1969 in groups of all socioeconomic status (SES). Because of a still significantly higher caries activity in children of lower socioeconomic classes, in 1981 a weekly fluoride mouthrinsing program in these children was started. The purpose of the present study was to investigate the cariostatic effectiveness of a weekly 0.2% neutral NaF rinse in children with low caries prevalence. A sample of 29 schools stratified according to SES and randomly assigned to two groups was selected. One group of schools (14) performed weekly rinsing and the other group (15) served as controls. After 3 yr the number of children available for re-examination had dropped from 501 to 333, of which 62.2% had written parental consent for radiographic examination. Statistical analysis of the data showed that fluoride rinsing could establish a reduction in caries incidence only in children who did not use fluoride tablets. The results of this study are of special interest for health authorities in planning and implementing public dental health measures. nan 365 2nd through 4th graders completed a 3-yr clinical trial on the caries-preventive effect of rinsings every second week during the school year with 10 ml of an 0.2% neutral solution of sodium fluoride. All children received regular dental examinations and treatment in clinics established by the municipality in which the study took place. The trial was performed under double-blind conditions. The caries increment on teeth erupted at baseline was 1.75 DMFS in the fluoride group and 1.83 DMFS in the placebo group (P greater than 0.05; 95% confidence limits for percentage caries reduction: -20.7% and 29.5%). The caries increment on teeth erupting during the trial was 0.73 DMFS in the fluoride group and 0.99 DMFS in the placebo group (P greater than 0.05; 95% confidence limits for percentage caries reduction: 1.0% and 51.6%). nan nan nan nan A method of identifying high caries-experience children to participate in a mouthrinsing programme was tested. Children aged 9 to 12 years were assigned into high and low caries-risk groups using caries experience in the deciduous dentition and a clinical lesion on the occlusal surface of a first permanent molar within 2 years of eruption as indicators of risk. There were 273 high caries-risk children (101 in the fluoride rinse group, F, and 172 in the placebo rinse group, P); in the low caries-risk group, L, there were 648 children. After 5 years there were differences in the caries experience in the permanent dentition of the high and low caries-risk groups P and L. The high caries-risk group P had mean DMFT and DMFS scores of 2.7 and 3.2 respectively compared with 0.4 for both indices for the low caries-risk group, L. Most lesions occurred on occlusal surfaces. Caries experience was accurately predicted for 87 percent of the children when a DMFT score equal to or greater than 3 was used as the criterion of high caries experience. Accuracy was greater for the low caries-risk group (96 percent) than for the high caries-risk group (51 percent). Similarly the proportion of low caries-experience children identified in the low caries-risk group was greater than the proportion correctly identified in the high caries-risk group. When a DMFS score equal to or greater than 4 was used, there was little change. This method of prediction provided a practical method of identifying groups of children in need of special preventive care. Fortnightly mouthrinsing with 0.2 percent sodium fluoride solution was tested as a preventive measure for half the high caries-risk children (group F); the control group, P, used a placebo rinse. There were no significant differences in the caries scores of the two groups at the end of the study. Mouthrinsing was an ineffective preventive measure for high caries-risk children in this study. In order to find out if it is possible to prevent caries and gingivitis by periodical use of chlorhexidine-fluoride mouthrinses with or without strontium, and to find out what effects they have on salivary mutans streptococci and lactobacilli counts, a total of 243 schoolchildren aged 11 yr with high DMFS scores were randomly divided into four groups. One group (C) served as a basic control. Subjects in the second group (CXF) rinsed their mouths twice a day every third week with a rinsing solution containing 0.05% chlorhexidine gluconate and 0.04% NaF. In the third group (CXFS) the rinsing solution contained 500 ppm Sr during the first and second year and 15 ppm during the last 6 months, in addition to chlorhexidine and fluoride. In the fourth group (CX) the solution contained only 0.05% chlorhexidine gluconate. All the rinsing solutions had pH 5.8 buffered with succinic acid-NaOH buffer. After 2 yr and 9 months, the mean DMFS (SD) increments in the C, CXF, CXFS, and CX groups were 3.8 (5.7), 2.5 (3.2), 3.5 (4.8), and 3.4 (5.5), respectively. The percentage of subjects with bleeding gingival units had decreased from initial to final values as follows: C, 81-38; CXF, 88-42; CXFS, 89-56; CX, 89-37. The number of lactobacilli and mutans streptococci in saliva remained virtually unchanged throughout the study. For caries increment and gingival bleeding, the differences between groups were not statistically significant. The chlorhexidine-fluoride combination tended to prevent caries, but the effect on gingival bleeding and salivary counts of mutans streptococci and lactobacilli was negligible. nan nan nan 751 14- and 15-year old children completed a 3-year, double-blind, caries preventive program. The effects of daily, supervised toothbrushing with an 0.76% sodium monofluorophosphate dentifrice, rinsing with a 0.05% sodium fluoride mouthrinse, and the combined effects of the two treatments were investigated. Both the dentifrice and mouthrinse reduced the incidence of dental caries, but their combined use at the same time had no greater effect than either used alone. A double-blind clinical trial was conducted in a non-fluoridated community to determine the effect on enamel fluoride and caries experience of daily rinsing in school with 1,000 parts/10(6) solutions of ammonium fluoride or sodium fluoride at pH 4.4. Subjects were 10- to 12-year-old children (n approximately equal to 200/group at baseline), about one-half of whom reported the usage of fluoride supplements. Dental caries (DFS index) and enamel fluoride (in vivo biopsy) were evaluated at baseline, 12 months, and 24 months. Supplement users had higher enamel fluoride levels and less caries experience initially, as well as generally lower caries increments over the study. In year 1, the overall caries reductions (supplement users and non-users combined) were 23 % (ammonium fluoride) and 33 % (sodium fluoride), P less than 0.01. For year 2, treatment effects were significantly greater: 54 % (ammonium fluoride) and 47 % (sodium fluoride). In newly erupted teeth, the effects of the ammonium fluoride (70 % DFS reduction) was significantly greater (P = 0.013) than that of the sodium fluoride (48 % DFS reduction). Enamel fluoride levels at the end of 2 years were 3,124 parts/10(6) (ammonium fluoride), 2,771 parts/10(6) (sodium fluoride), and 2,603 parts/10(6) (placebo), P = 0.025. nan The study groups using a dentifrice and mouthrinse both containing fluorides, a dentifrice containing stannous fluoride and a mouthrinse containing sodium fluoride, or a mouthrinse containing sodium fluoride with a placebo dentifrice had a 20.7% to 29.0% lower DMF increment than the control group after 30 months. These differences were significant. The study groups using a dentifrice containing amine fluorides and a placebo mouthrinse, a mouthrinse containing amine fluorides and a placebo dentifrice, or a dentifrice containing stannous fluoride and a placebo mouthrinse had a 13.6% to 22.4% lower DMF increment than the control group. These differences were not statistically significant. There was no significant difference in effectiveness against caries between the use of the organic or inorganic fluoride products. nan nan The effectiveness of a stannous fluoride mouthrinse, when used once each school day, was investigated in a 3-year study. Effervescent stannous fluoride tablets of two concentrations were dissolved in 20 ml of water, giving solutions of 100 parts/10(6)F- and 200 parts/10(6)F- respectively. Approximately 1,200 children, with a mean age of 10 years, were divided on a random basis into three groups. Two of the groups rinsed with the two strengths of solution and the third group rinsed with a placebo. Examinations were carried out at the commencement of the study, and at yearly intervals thereafter. The final series was carried out a year after the rinsing procedures were terminated. There were significant reductions in the numbers of new caries in each of the two experimental groups as compared with the controls. The concentration of the solutions appeared to have little influence on the results. More dramatic reductions were noted in the teeth which erupted during the course of the study. A residual effect was demonstrated a year after the rinsing procedures were terminated. Caries development on approximal surfaces was studied in 139 adolescents for a period of 3 yr. A test group was randomly sampled (n=69) and subjected to a new intensive mode of fluoride (F) mouthrinsings using 10 ml of 0.045% NaF neutral solution once a day for 3 d, twice a year in all, i.e., 6 rinses per year. A control group (n = 70) rinsed in a similar mode using fluoride-free tap water. The two groups received the same basic prophylactic program during the trial. Detection of approximal caries lesions and fillings was based on bitewing radiographs at baseline and after 3 yr. The test group developed an average of 2.75 + 4.76 (mean +/- SD) approximal DFS compared with 3.21 + 4.74 DFS in the control group (n.s.). However, among those teenagers who were caries free (DFS = 0) at baseline, the incidence of approximal carious and filled surfaces was 1.76+/-4.52 in the F-rinsing group (n = 26) compared with 2.76+/-5.01 DFS in the control group (n = 32), a 36% caries reduction which was statistically significant. The intensified mouthrinsing procedure seems to be a promising prophylactic mode for collective caries prevention.
This review suggests that the supervised regular use of fluoride mouthrinse at two main strengths and rinsing frequencies is associated with a clear reduction in caries increment in children. In populations with caries increment of 0.25 D(M)FS per year, 16 children will need to use a fluoride mouthrinse (rather than a non-fluoride rinse) to avoid one D(M)FS; in populations with a caries increment of 2.14 D(M)FS per year, 2 children will need to rinse to avoid one D(M)FS. There is a need for complete reporting of side effects and acceptability data in fluoride mouthrinse trials.