Why we consider BioMin F to be the best toothpaste.
This is an innovative toothpaste that has transformed dental care by offering prolonged protection against tooth decay and sensitivity. Developed by researchers at Queen Mary University of London, BioMin F utilizes advanced bioactive glass technology to provide benefits that surpass those of conventional toothpastes.
The Genesis of BioMin F and the Role of Queen Mary University of London
The inception traces back to the collaborative efforts of Professor Robert Hill, a materials scientist, and Dr David Gillam, an expert in dentine hypersensitivity, at Queen Mary University of London. Their research focused on bioactive glasses—materials initially developed for bone repair—that exhibited potential in dental applications. Recognizing the limitations of existing toothpastes, particularly their short-lived fluoride efficacy, Hill and Gillam sought to create a formulation that offered extended protection. This endeavour led to the development of BioMin F, a toothpaste that releases fluoride, calcium, and phosphate ions over an extended period, forming a durable protective layer on teeth.
How BioMin F Works
BioMin F operates on a unique mechanism that differentiates it from traditional toothpastes. While conventional toothpastes contain soluble fluoride that is quickly washed away by saliva, BioMin F incorporates fluoride within its bioactive glass structure. Upon brushing, this glass adheres to the tooth surface and gradually dissolves, releasing fluoride, calcium, and phosphate ions over 8–12 hours. These ions precipitate to form fluorapatite—a mineral more resistant to acid than natural tooth enamel—effectively remineralizing and strengthening the teeth.
Benefits of Using BioMin F
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Extended Protection: The slow release of fluoride ensures continuous protection against decay and sensitivity throughout the day, unlike conventional toothpastes where fluoride is rinsed away within minutes.
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Enhanced Remineralization: The formation of fluorapatite not only repairs early stages of enamel decay but also provides a robust barrier against future acid attacks.
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Reduction in Sensitivity: By occluding dentinal tubules, BioMin F effectively reduces tooth sensitivity, offering relief to individuals with hypersensitive teeth.
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Lower Fluoride Content: Due to its efficient delivery system, BioMin F requires less fluoride (approximately 540 ppm) compared to standard toothpastes, making it a safer alternative without compromising efficacy.
Superiority Over Conventional Toothpastes
This represents a significant advancement in toothpaste technology. Traditional toothpastes rely on soluble fluoride that is rapidly lost after brushing, offering limited protection. In contrast, BioMin F's sustained release mechanism ensures prolonged availability of protective ions, leading to continuous enamel remineralization and extended defence against decay and sensitivity. Clinical trials have demonstrated that BioMin F is more effective in reducing dentine hypersensitivity and promoting remineralization than leading market alternatives.
Conclusion
Through the pioneering research conducted at Queen Mary University of London, BioMin F has emerged as a ground-breaking toothpaste that offers long-lasting protection against dental decay and sensitivity. Its innovative use of bioactive glass technology sets it apart from conventional toothpastes, providing users with a superior oral care solution that ensures healthier and stronger teeth.