Maxflúor

Sodium Fluoride, the active ingredient in Maxflúor, is a Fluoride presented as a topical formulation for buccal use. It helps prevent dental caries in the general population.

GNH USA supplies Maxflúor as a licensed, GDP-compliant international pharmaceutical supplier serving hospitals, pharmacies and clinics worldwide.

Maxflúor (sodium fluoride) is used in dental caries prevention, acting on tooth enamel to reduce demineralization. - Prevention of dental caries: reduces incidence of cavities by enhancing enamel resistance. - Early enamel lesions: supports remineralization of initial decay spots. - High‑risk individuals (children or adults): provides additional fluoride protection to lower caries risk.

Adverse reactions to Maxflúor are generally mild but can occur.

Common Side Effects: - Mild oral irritation or soreness. - Transient metallic or salty taste. - Slight nausea if a small amount is swallowed. - Localized gingival redness. - Temporary discoloration of dental plaque.

Serious or Rare Side Effects: - Dental fluorosis from excessive systemic exposure. - Allergic reactions such as rash, itching, or swelling. - Severe gastrointestinal upset (vomiting, diarrhea). - Persistent oral ulceration. - Unexplained systemic toxicity (rare).

When using Maxflúor, consider the following safety measures. - Assess fluoride exposure: avoid concurrent high‑fluoride products. - Use as directed: apply only to clean, dry teeth. - Do not swallow: limit ingestion and rinse mouth after use. - Pregnant or nursing women: consult a healthcare professional before use. - Store at ambient temperature: keep in the original container, protect from moisture and direct sunlight.

Maxflúor may interact with other agents that affect fluoride availability.

Major Interactions (Avoid): - Calcium supplements: can bind fluoride and reduce absorption. - Antacids containing aluminum or magnesium: may form insoluble complexes with fluoride. - High‑dose iron therapy: interferes with fluoride uptake.

Moderate Interactions (Monitor Closely): - Vitamin D supplements: may influence calcium metabolism and indirectly affect fluoride action. - Chlorhexidine mouthwash: can reduce fluoride retention on enamel. - Systemic antibiotics (tetracyclines): may alter oral flora and affect fluoride efficacy.