Schuessler Tissue Salts Mag Phos Muscle Relaxant 8 Spray
Product Images NDC 84999-008

Product Visual Gallery

This gallery contains 2 technical images submitted to the FDA as part of the official labeling for Schuessler Tissue Salts Mag Phos Muscle Relaxant 8 (NDC 84999-008). Unlike standard consumer photos, these assets often include clinical data figures, molecular chemical structures, and official manufacturer packaging layouts.

As provided by Martin & Pleasance Pty Ltd, these visuals offer a comprehensive scientific overview of the product's physical and chemical identity, aiding pharmacists and researchers in product verification and study.

FDA Label Image

Image Description (8 Inner)

This text provides information about a homeopathic medicine called Schuessler Tissue Salts, specifically the Magnesia Phosphoricum 6X Oral Spray. The product is designed as a muscle relaxant for relieving symptoms associated with muscle cramps, spasms, twitches, and spasmodic pain. The directions for use, warnings, and other relevant details like ingredients and contact information are also included. The product is imported by Martin & Pleasance to North America and is a homeopathic medicine made in Australia. The expiry date and batch information are not available in this text. Please note that the claims made are on traditional homeopathic practice and have not been evaluated by the FDA.*

FDA Label Image

Image Description (8 Outer)

This seems to be a description of a product called "SCHUESSLER TISSUE SALTS" in the form of oral spray with "MAG PHOS 6X". It is indicated for muscle cramps, spasms, twitches, and spasmodic pain. Developed by Dr. Wilhelm Schuessler over 150 years ago, these tissue salts aim to support the body's natural mineral balance. The product is said to be easy to use and has over 150 years of homeopathic medicine history. It is also mentioned that the product is available in oral tablets as well. Contact information is provided for further inquiries or purchases.*

* These product label images have been analyzed using experimental machine learning. Please verify findings with the primary label text.