Clinical Pathway for Bioactive Materials in Minimum Intervention Dentistry

Hervé Tassery's 2026 paper examines clinical applications of bioactive and ion-releasing dental materials within a minimum intervention dentistry framework. The 194.8 KB PDF document structures a clinical pathway from non-invasive to invasive procedures for managing carious lesions. It discusses diagnostic tools, material categories like ABRAM and alkasite, and integrates evidence-based dentistry principles.

Use Cases

• Analyze the structured clinical pathway categorizing interventions as non-invasive, micro-invasive, and invasive based on lesion severity.
• Study the discussion of specific ion-releasing biomaterials (IRB) and their released ions like calcium, phosphate, and fluoride.
• Review the integration of diagnostic tools such as fluorescence and infrared imaging for early caries detection within the proposed framework.
• Evaluate the clinical recommendations for material selection, including Advanced Bioactive Restorative Adhesive Material (ABRAM) and alkasite composites.
• Examine the paper's conclusion on balancing evidence-based dentistry rigor with clinical pragmatism for caries management.

Strengths

• Clear CC-BY-4.0 license enabling open sharing and adaptation.
• Provides a structured clinical pathway integrating specific material categories and diagnostic tools.

Limitations

• Dataset is a single 194.8 KB PDF document, not a structured data table with rows and columns.
• Content is a review and proposed pathway, not primary clinical trial data or patient records.
• No sample data or quantifiable metrics are provided for model training or statistical analysis.

Provenance

Source

Hervé Tassery via figshare.

Collection Method

Academic review and synthesis paper.

Time Range

Contemporary review, no specific temporal coverage of primary data.

Freshness

Last updated April 2026, indicating forward-looking content.

Geography

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