Origin - Fossilized Sea Urchin
Chemical Profile - Silica, Calcium Carbonate
Classification - Echinodermata
Use - Recognized in energetic homeopathic (nonmedical) practices
Description:
Hemiaster Morrisi Fossil, originating from a fossilized sea urchin, belongs to the Echinodermata classification. Composed primarily of silica and calcium carbonate, it is noted for its intricate mineral lattice and historical use in energetic homeopathic (nonmedical) contexts. This fossil is distinguished by its structural complexity and is cataloged for its chemical and morphological relevance. Examine related product - Access Remote Resonant Encoding.
Chemical Profile - Silica, Calcium Carbonate
Classification - Echinodermata
Use - Recognized in energetic homeopathic (nonmedical) practices
Description:
Hemiaster Morrisi Fossil, originating from a fossilized sea urchin, belongs to the Echinodermata classification. Composed primarily of silica and calcium carbonate, it is noted for its intricate mineral lattice and historical use in energetic homeopathic (nonmedical) contexts. This fossil is distinguished by its structural complexity and is cataloged for its chemical and morphological relevance. Examine related product - Access Remote Resonant Encoding.
