03/06/2026
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🧬 Tooth Health - A Biochemic Perspective
Teeth are mineralised living tissue.
They are not passive structures that simply “decay”, they require ongoing mineral organisation and cellular renewal.
In the biochemic system, tooth health depends on the correct balance of specific tissue salts, not topical treatments or isolated calcium intake.
🔬 The Biochemic Salts Involved in Tooth Health
Calc phos (Calcium phosphate)
➡️ Primary structural tooth salt
• Forms the bulk substance of teeth and dentine
• Governs tooth formation, density, and regeneration
• Essential during childhood, pregnancy, and repair after dental procedures
Disturbance may show as delayed dentition, weak teeth, decay, poor jaw development.
Calc fluor (Calcium fluoride)
➡️ Enamel & hardness salt
• Governs the outer surface and enamel of teeth
• Provides hardness with elasticity, preventing brittleness
• Essential for resistance to wear and mechanical stress
Disturbance may show as brittle enamel, chipping, grooves, uneven or craggy tooth edges.
Silicea (Silica)
➡️ Organising & binding mineral
• Directs where and how minerals are deposited
• Supports tooth architecture and long-term integrity
• Essential for durability and repair
Disturbance may show as poor mineralisation despite supplementation, slow repair, recurrent decay.
Mag phos (Magnesium phosphate)
➡️ Mineral balance & calcium utilisation
• Works synergistically with Calc fluor and Calc phos
• Regulates calcium uptake and function
• Prevents excessive rigidity and brittleness
Disturbance may show as tooth sensitivity, pain, poor response to calcium intake, structural weakness.
Nat mur (Sodium chloride)
➡️ Hydration & mineral transport
• Regulates fluid balance within tooth tissues
• Supports mineral movement and exchange
• Maintains the internal environment teeth rely on (saliva quality)
Disturbance may show as dry, brittle tissues and stalled repair processes.
🧠 Common Tooth Disturbances (Biochemic View)
• Weak or decaying teeth → Calc phos
• Brittle or thin enamel → Calc fluor
• Poor mineralisation or slow repair → Silica
• Caries (holes in the tooth) → Calc fluor (Also Calc phos, Nat mut, Silica)
• Tooth pain that is sharp, electric 'nerve pain' or sensitivity → Mag phos, Calc fluor
• Dry mouth → Nat mur
• Gum disease → Calc fluor, Kali phos, Silica
• Tartar build up → Nat phos, Kali phos, Nat mur
These patterns reflect disturbed mineral organisation, not simply bacteria or hygiene failure.
🦷 Key Principle to Remember
Healthy teeth depend on correct mineral balance and organisation at the cellular level.
Biochemic medicine does not attack decay - it restores the mineral conditions required for teeth to form, harden, and maintain themselves correctly.
