Origin - Minerals - non metallic
Chemical profile - Calcium compounds
Classification - Mineral structure
Use - Recognized in energetic homeopathic (nonmedical) practices
Description:
OPUS CALCAE STRUCTUM, derived from non-metallic minerals, falls within the category of calcium compounds. Its crystalline structure and elemental composition make it a subject of interest in mineralogical studies. The substance is acknowledged for its role in geological and chemical research, providing insights into mineral formation and characteristics, cataloged for its chemical and morphological relevance. Look through similar product - Follow the Subtle Encoding Resonance Path.
Chemical profile - Calcium compounds
Classification - Mineral structure
Use - Recognized in energetic homeopathic (nonmedical) practices
Description:
OPUS CALCAE STRUCTUM, derived from non-metallic minerals, falls within the category of calcium compounds. Its crystalline structure and elemental composition make it a subject of interest in mineralogical studies. The substance is acknowledged for its role in geological and chemical research, providing insights into mineral formation and characteristics, cataloged for its chemical and morphological relevance. Look through similar product - Follow the Subtle Encoding Resonance Path.
