Maintaining good oral hygiene in orthodontic patients is important and as the community interest in herbal ingredients increases, herbal toothpaste was developed. Its effectiveness against dental plaque accumulation is still under debate. Herbal toothpaste has not been tested in fixed orthodontic patients. Objective: To study the effectivenes differences between herbal toothpaste and non-herbal toothpaste. Methods: This randomized, double blind clinical trial was participated by 16 subjects aged range 15-35 years who were planned for fixed orthodontic. The subjects were divided into two groups based on the type of toothpaste used. Plaque accumulations were measured according to Löe and Sillness plaque index on Ramfjord teeth before and two weeks after bonding. Results: Wilcoxon test result showed there was no significant reduction of plaque index on herbal toothpaste usage nor significant increase on non-herbal toothpaste usage. Mann-Whitney test showed no significant differences between herbal and non-herbal toothpaste. Conclusion: There was no significant differences in plaque acummulation between usage of herbal toothpaste nor usage of non-herbal toothpaste. There was no significant effectiveness differences between those toothpastes in fixed orthodontic patients, although herbal toothpaste usage showed a reduction of plaque index, whereas non-herbal toothpaste usage showed an increase of plaque index.
Peran pasta gigi herbal dengan pasta gigi konvensional terhadap kontrol gingivitis pada pasien ortodonti dengan alat cekat. bands brackets ligatures Tujuan: double blind
Background: Class II malocclusion is one of the main orthodontic issues for patients in seeking treatment. The prevalence of class II malocclusion varies in different populations. Variation in skeletal profile is mainly controlled internally by a regulatory gene. Runt-related transcription factor-2 (Runx2) plays a role in osteoblast differentiation and is highly expressed during development. Purpose: This study aimed to evaluate the relation of regulatory gene variation in the Runx2 promoter with class II malocclusion. Methods: DNA samples were acquired from 95 orthodontic patients in Jakarta, Indonesia, who were divided into two groups: class I skeletal malocclusion (control group) and class II malocclusion. A single nucleotide polymorphism was investigated using the polymerase chain reaction and restriction fragment length polymorphism techniques. The distribution of alleles was assessed using the Hardy-Weinberg test. The relationship between polymorphism and skeletal variation was assessed with the Chi-Square test and logistic regression. Results: The frequency distributions of genotypes and alleles were tested for Hardy-Weinberg equilibrium and found to be slightly deviated. There was an equal distribution of G and T alleles throughout class II and class I skeletal malocclusions and the Chi-Square test showed that this relationship was not significant (p=0.5). Conclusion: Runx2 rs59983488 polymorphism was found in the Indonesian subpopulation; however, an association between Runx2 rs59983488 polymorphism and class II skeletal malocclusion was not found.
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