Efficacy of a dissolvable strip with calcium sodium phosphosilicate (NovaMin®) in providing rapid dentine hypersensitivity relief

Gallob, John; Ling, Martin R.; Amini, Pejmon; Patil, Avinash A; Atassi, Mounir

doi:10.1016/j.jjodo.2019.100003

Cited by 3 publications

(2 citation statements)

References 13 publications

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“…Therefore, an ideal treatment for dentin sensitivity should restore the original impermeability of the dentinal tubules (Kim & Park, 2017). Current treatments for DH are mainly based on the application of lasers (Ana et al, 2012;Fornaini et al, 2020), chemical agents as insoluble precipitates in order to occlude open dentin tubules (Blatz, 2012;Farooq et al, 2015;Gallob et al, 2019), and the association between of them (Cunha et al, 2017;Bakry, 2011). The chemical agents for example potassium oxalate, potassium chloride, glutaraldehyde, resin monomers, and other materials are the main method used in commercial desensitizing dentifrices (Kulal et al, 2016;Moreira, 2018).…”

Section: Introductionmentioning

confidence: 99%

Effect of a whitlockite glass-ceramic on the occlusion of dentinal tubules for dentin hypersensitivity treatment

Juraski

Figueredo

Daghastanli

et al. 2021

RSD

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A hipersensibilidade dentinária (HD) é caracterizada pela dor curta e aguda em resposta a estímulos externos, podendo ser tratada pela oclusão dos túbulos dentinários. Neste estudo, vidro original e uma vitrocerâmica do sistema 3CaO.P2O5-SiO2-MgO contendo whitlockita (fase de fosfato tricálcico substituído com Mg) foram avaliados quanto à eficácia no tratamento da HD. Um vidro bioativo com composição 52,75.(3CaO.P2O5)–30SiO2–17,25MgO (%p) foi tratado termicamente a 700°C e 775°C por 4 h. Terceiros molares humanos foram desmineralizados e distribuídos aleatoriamente em grupos: NT - controle negativo (sem tratamento), BG - controle positivo (tratado com Bioglass®45S5), GL - tratamento com vidro original e WGC - tratamento com whitlockita. Em seguida, amostras de dentina foram imersas em saliva artificial e armazenadas por 7 dias a 37ºC. Os biomateriais foram avaliados por Difração de Raios X (XRD) e Microscopia Eletrônica de Varredura (MEV). As amostras de dentina foram analisadas por MEV e ATR-FTIR, para identificar e quantificar variações composicionais na superfície dentinária. Foi identificada whitlockita como fase cristalina do GC, e sua presença leva à formação de partículas arredondadas, conforme mostrado por imagens de MEV. A análise de ATR-FTIR confirmou a formação de apatita na superfície de amostras BG, GL e WGC, o que foi corroborado pela oclusão dos túbulos dentinários, conforme imagens em MEV. As intensidades dos picos de infravermelho foram comparadas estatisticamente. Em relação à reatividade superficial pela análise semiquantitativa de FTIR, o GC demonstrou similaridade com o Bioglass®45S5 indicando que este material é promissor no tratamento de HD.

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Section: Introductionmentioning

confidence: 99%

Effect of a whitlockite glass-ceramic on the occlusion of dentinal tubules for dentin hypersensitivity treatment

Juraski

Figueredo

Daghastanli

et al. 2021

RSD

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“…Moreover, in vitro studies demonstrated that calcium sodium phosphosilicate, alone and in combination with fluoride, enhanced remineralization of enamel and dentin, and prevented demineralization from acid challenges. (15,27) The toothpaste containing calcium sodium phosphosilicate relieved sensitivity by 18-50% with continuous use after two weeks and 37-72% after six to eight weeks of use. (28)(29)(30) In a 12-week clinical study of Sharma et al , twice-daily use of a toothpaste containing 7.5% calcium sodium phosphosilicate reduced 91% of pain from the baseline, and provided lower pain score than the toothpaste with 5% potassium nitrate and a gel containing 0.4% stannous fluoride.…”

Section: Calcium Sodium Phosphosilicatementioning

confidence: 99%

Effect of desensitizing toothpaste containing calcium sodium phosphosilicate on microtensile bond strength of adhesive systems

Sittiwaitayaporn¹

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Purpose: To evaluate the effect of a desensitizing toothpaste, containing calcium sodium phosphosilicate, on microtensile bond strength of adhesive systems treated to dentine. Methods: Fifty-two human third molars were embedded into acrylic resin, and cut to expose flat dentin surface. The specimens were randomly divided into two groups, 1) no brushing, and 2) brushing with Sensodyne Repair&Protect (GSK, London, UK) for 10,000 cycles with a V-8 cross brushing machine (Sabri Dental Enterprise, Inc., USA). Subsequently, both groups were divided into three groups for resin composite build-up using different adhesive agents (OptiBond FL® (Kerr, Orange, CA, USA), Clearfil SE Bond® (Kuraray Medical Inc, Japan), Single Bond Universal® (3M ESPE, USA)). All samples were subsequently sectioned to obtain microtensile test specimen, after which the sectioned sticks in the same tooth were divided into two subgroups: 1) microtensile bond strength test, and 2) thermocycling for 10,000 cycles, followed by microtensile bond strength test. Results: Two-way ANOVA revealed that μTBS values of each adhesive system was not significantly affected by brushing with desensitizing toothpaste containing calcium sodium phosphosilicate. After brushing with desensitizing toothpaste containing calcium sodium phosphosilicate, OptiBond FL® had a significant highest μTBS value. Clearfil SE Bond® showed no significant different immediate μTBS value compared to Single Bond Universal®, but showed a significant higher μTBS value than Single Bond Universal® after 10,000-cycle thermocycling. In addition, 10,000-cycle thermocycling significantly decreased the μTBS value of Single Bond Universal® after brushing. Conclusion: Desensitizing toothpaste containing calcium sodium phosphosilicate had no effect on OptiBond FL® Clearfil SE Bond® and Single Bond Universal® adhesive in both immediate μTBS or after 10,000-cycle thermocycling. In addition, 10,000-cycle thermocycling significantly reduced μTBS value of Single Bond Universal® brush group.

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A Review on Enhancing the Life of Teeth by Toothpaste Containing Bioactive Glass Particles

Prasad,

Pasha,

Rao

et al. 2024

Curr Oral Health Rep

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Purpose of Review Dental caries or tooth decay is one of the communal problems in the world which can affect not only the oral health but also the general health conditions. The main objective of this systematic review is to explore the efficacy of bioactive glass-based toothpastes against cariogenic bacteria. Recent Findings Bioactive glass particulates containing toothpaste show better remineralization potential on demineralized enamel and dentin when compared with toothpaste containing various bioactive constituents such as fluoride and potassium chloride. These constituents in conventional toothpaste can rapidly streak off due to acidic impact in the oral environment as the bioactive glass provides minerals for demineralized enamel and dentin by forming a strong hydroxyapatite (HAp) layer on its surface. Further, the therapeutic ions present in the bioglass can resist plaque formation by raising the pH of the surrounding environment or saliva and create amicable media for healthier teeth. Summary Toothpaste containing bioactive glass particles undoubtedly displayed the remineralizing potentiality of the dental hard tissues. Dynamics of the mineralization through different bioactive glass materials needs further investigations. In order to prevent dental cavities and improve oral health, it is important to identify and study different effective bioglass particles in toothpaste.

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Efficacy of a dissolvable strip with calcium sodium phosphosilicate (NovaMin®) in providing rapid dentine hypersensitivity relief

Cited by 3 publications

References 13 publications

Effect of a whitlockite glass-ceramic on the occlusion of dentinal tubules for dentin hypersensitivity treatment

Effect of a whitlockite glass-ceramic on the occlusion of dentinal tubules for dentin hypersensitivity treatment

Effect of desensitizing toothpaste containing calcium sodium phosphosilicate on microtensile bond strength of adhesive systems

A Review on Enhancing the Life of Teeth by Toothpaste Containing Bioactive Glass Particles

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