The Impact of Selected Fluoridated Toothpastes on Dental Erosion in Profilometric Measurement

Fita, Katarzyna; Kaczmarek, Urszula

doi:10.17219/acem/58893

Cited by 6 publications

(3 citation statements)

References 24 publications

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“…The values found in our study concur with previous observations that used the arithmetic average roughness parameter (Ra) [ 7 , 8 , 37 , 38 ], noting an increase in the Ra value after exposing enamel to an acidic environment and the protective effect of fluoride [ 39 , 40 ].…”

Section: Discussionsupporting

confidence: 92%

Three-Dimensional Surface Texture Analysis of Fluoride’s Effect on Enamel Erosion

Habashi

Bader-Farraj

Shpack

et al. 2021

JCM

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Enamel erosion has become a common clinical finding that often impairs dental esthetics and function. In the current study, we aimed to implement the three-dimensional surface texture analysis (3DST) method to explore the protective effect of fluoride on surface texture prior to erosive conditions. For each of the 50 teeth used in this study, the polished buccal enamel surface was divided into three separate areas: the first area was untouched polished enamel, the two other surfaces were immersed in 0.3% citric acid for 30 s. One was treated with high-concentration (19,000 ppm) sodium fluoride (NaF) solution prior to acid attack, and the other had no treatment prior to acid exposure. Enamel surface texture and step height measurements were obtained using a high-resolution disk scanning confocal microscope, and SEM images were also acquired. Surfaces treated with fluoride showed fewer variations in 3-D surface texture parameters than the eroded surface compared to the control group (p = 0.001). This was in accordance with the SEM descriptive images. The findings indicate that pre-fluoridated enamel areas were less affected by the acid and showed similar features to the untouched enamel. Moreover, a protective effect of the fluoride treatment against irreversible enamel damage was noted as the surface loss (step-height) was significantly reduced (p = 0.03). The study showed that 3DST analysis is a valuable methodology for detecting and quantifying subtle differences between the surfaces. When exploring the combination of all surface texture parameters, it was revealed that the pre-fluoridated eroded enamel surfaces showed considerable similarity to the untouched enamel.

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Section: Discussionsupporting

confidence: 92%

Three-Dimensional Surface Texture Analysis of Fluoride’s Effect on Enamel Erosion

Habashi

Bader-Farraj

Shpack

et al. 2021

JCM

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“…The source of extrinsic acids is mainly from diet containing acidic food (citrus fruits, grapes, sour apples, vinegar) and drinks (soft drinks, carbonated beverages, fruit juices, teas, wine) (Bartlett, 2006;Fita & Kaczmarek, 2016;Lussi & Jaeggi, 2006) or acidic oral medication (Bartlett, 2006;Gomes et al, 2017Gomes et al, , 2018. Intrinsic sources are mainly from acidic gastroesophageal reflux disease and vomiting (Fita & Kaczmarek, 2016;West et al, 2017).…”

Section: Introductionmentioning

confidence: 99%

Does the composition of toothpaste affect the tooth resistance to erosion/abrasion processes?

Luz

Silva

et al. 2022

RSD

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This study aimed to evaluate the tooth after brushing with toothpaste containing or not active compounds and with different fluoride concentrations after erosion to establish and compare the effectiveness of each dentifrice in its use. Enamel, E (n=36) and dentin, D (n=36) bovine specimens were treated with artificial saliva (AS - control), fluoridated dentifrice (FD), 8% arginine (AR), and calcium silicate (CS). The samples (n=72) were subjected to cycles of demineralization (orange juice) followed by remineralization (saliva) and then tooth brushing (AR, FD and CS). The above cycle was repeated 3´/day for five days. Micro energy-dispersive X-ray fluorescence spectrometry (µ-EDXRF), roughness testing and scanning electron microscopy (SEM) were performed. The mean of roughness values (Ra, μm) were E-AS, 0.20; E-FD, 0.15; E-AR, 0.18; E-CS, 0.18; D-AS, 0.31; D-FD, 0.30; D-AR, 0.37; D-CS, 0.44. The SEM images showed a clear loss of tooth substance in AS and FD treatments. A significant positive mineral variation was observed on the dentin after brushed with AR (p<0.05). The FD dentifrice minimized the erosive effects of the orange juice. Arginine and calcium silicate could improve dental protection by the deposition of a surface layer of deposits. Different active compounds resulted in diverse degrees of protection regarding the type of substrate. The high concentration of fluoride and the inclusion of active compounds improves the dentifrice protection level.

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“…Dental erosion is the focus of many researchers and clinicians due to high prevalence and multiple etiologies. According to biotribology, is better defined as dental corrosion, characterized by the loss of dental structure as a result of demineralization by acid substances from intrinsic or extrinsic factors (Baumann, Kozik, Lussi, & Carvalho, ; Fita & Kaczmarek, ; Gomes, Bhattacharjee, Carvalho, & Soares, ; Kanzow, Wegehaupt, Attin, & Wiegand, ; Lussi & Carvalho, ; Nahorny et al, ; Passos, Melo, Vasconcellos, Rodrigues, & Santiago, ; Poggio, Gulino, Mirando, Colombo, & Pietrocola, ; Scatena, Galafassi, Gomes‐Silva, Borsatto, & Serra, ; Soares & De Carvalho Filho, ; Thomas, Pai, & Amit, ; Yönel et al, ). Use of acidic medicaments is one such extrinsic factors of erosion.…”

Section: Introductionmentioning

confidence: 99%

Adverse effects of respiratory disease medicaments and tooth brushing on teeth: A scanning electron microscopy, X‐ray fluorescence and infrared spectroscopy study

Gomes

Bhattacharjee

Carvalho

et al. 2019

Microscopy Res & Technique

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The present study aims to evaluate the effect of brushing with fluoride dentifrice on teeth severely affected by erosion due to respiratory medicaments. Enamel (n = 50) and dentin (n = 50) bovine specimens were prepared and treated with artificial saliva (S‐control), acebrofilin hydrochloride (AC), ambroxol hydrochloride (AM), bromhexine hydrochloride (BR), and salbutamol sulfate (SS) and subjected to cycles of demineralization (immersing in 3 mL, 1 min, three times a day at intervals of 1 hr, for 5 days) followed by remineralization (saliva, 37°C, 1 hr). Simulated brushing with fluoridated toothpaste was performed using 810 strokes in a reciprocal‐action brushing simulator. Scanning electron microscopy, micro energy dispersive X‐ray fluorescence (μ‐EDXRF) spectroscopy and attenuated total reflection Fourier transform infrared (ATR FTIR) spectroscopy were then performed. μ‐EDXRF images showed extensive erosion after treatment with all medicaments. SEM images showed enamel erosion in order SS > BR > AC = AM > S after brushing and fluoridation. FTIR results were in agreement. In case of dentin, μ‐EDXRF measurements showed significant difference in mineral content (percent weight of calcium and phosphate) in SS + brushing + fluoridation treated enamel compared to control, while μ‐EDXRF images showed erosive effects in the order SS > AM>BR > AC = S post brushing + fluoridation. SEM images showed erosion in the order SS > AM = BR > AC > S post brushing + fluoridation. Again, FTIR multivariate results were in agreement. Overall, our study shows that proper oral care is critical when taking certain medication. The study also demonstrates the possible use of FTIR for rapid clinical monitoring of tooth erosion in clinics.

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The Impact of Selected Fluoridated Toothpastes on Dental Erosion in Profilometric Measurement

Cited by 6 publications

References 24 publications

Three-Dimensional Surface Texture Analysis of Fluoride’s Effect on Enamel Erosion

Three-Dimensional Surface Texture Analysis of Fluoride’s Effect on Enamel Erosion

Does the composition of toothpaste affect the tooth resistance to erosion/abrasion processes?

Adverse effects of respiratory disease medicaments and tooth brushing on teeth: A scanning electron microscopy, X‐ray fluorescence and infrared spectroscopy study

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