What it is
Calc Phos, traditionally known as Calcarea phosphorica, is Tissue Salt No. 2 within the traditional twelve-salt Biochemic system.
Calcium phosphate is naturally present in the body and is particularly associated with bones and teeth. Within the traditional Biochemic system, Calc Phos has long been associated with structure, growth and development.
Growth · Structure · Development
Within the traditional Biochemic system, Calc Phos is particularly associated with the body's structural framework and periods of growth and development.
Traditional Biochemic writings connect Calc Phos with bones, teeth and developing tissues, and it has historically occupied an important place in the system during periods when the body's structural demands are changing.
The Biochemic system considers Calc Phos one of the principal salts associated with the body's underlying structure.
While Calc Fluor is traditionally connected with elasticity and resilience, Calc Phos is more closely associated with formation, development and structural support. This complementary relationship illustrates how the twelve salts are viewed as parts of a wider interconnected system.
BioByDesign brings the traditional Biochemic system into a clear, contemporary setting.
Each of our twelve Tissue Salts is presented as part of the wider system — helping you understand the individual salt, its traditional associations and its relationship to the other eleven salts.
Biochemic name: Calc Phos
Traditional name: Calcarea phosphorica
Mineral: Calcium Phosphate
BioByDesign number: No. 2
System: One of the 12 traditional Biochemic Tissue Salts
BioByDesign product formulations, directions, regulatory wording and final product information are currently being finalised. Information on this page describes the traditional Biochemic system and should not be regarded as the final product label or directions for use.
Traditional Biochemic associations are provided for educational purposes and are not intended to diagnose, treat, cure or prevent disease or replace appropriate medical advice.
What it is
Calc Phos, traditionally known as Calcarea phosphorica, is Tissue Salt No. 2 within the traditional twelve-salt Biochemic system.
Calcium phosphate is naturally present in the body and is particularly associated with bones and teeth. Within the traditional Biochemic system, Calc Phos has long been associated with structure, growth and development.
Growth · Structure · Development
Within the traditional Biochemic system, Calc Phos is particularly associated with the body's structural framework and periods of growth and development.
Traditional Biochemic writings connect Calc Phos with bones, teeth and developing tissues, and it has historically occupied an important place in the system during periods when the body's structural demands are changing.
The Biochemic system considers Calc Phos one of the principal salts associated with the body's underlying structure.
While Calc Fluor is traditionally connected with elasticity and resilience, Calc Phos is more closely associated with formation, development and structural support. This complementary relationship illustrates how the twelve salts are viewed as parts of a wider interconnected system.
BioByDesign brings the traditional Biochemic system into a clear, contemporary setting.
Each of our twelve Tissue Salts is presented as part of the wider system — helping you understand the individual salt, its traditional associations and its relationship to the other eleven salts.
Biochemic name: Calc Phos
Traditional name: Calcarea phosphorica
Mineral: Calcium Phosphate
BioByDesign number: No. 2
System: One of the 12 traditional Biochemic Tissue Salts
BioByDesign product formulations, directions, regulatory wording and final product information are currently being finalised. Information on this page describes the traditional Biochemic system and should not be regarded as the final product label or directions for use.
Traditional Biochemic associations are provided for educational purposes and are not intended to diagnose, treat, cure or prevent disease or replace appropriate medical advice.