Title: PhytoContinent Herbal Blend “Pain-Free Movement” for Gout, Arthritis, Osteochondrosis, and Radiculitis (100g)
Description:
Insufficient physical activity leads to premature loss of flexibility in the spine and joints. The cartilage in the intervertebral discs thins, pinching nerve roots. Cartilage also degrades in joints due to uric acid crystals, immune disorders, and infections. This herbal blend for arthritis and osteochondrosis helps improve the condition of the musculoskeletal system. It’s recommended for: rheumatoid arthritis; gout; infectious or aseptic arthritis; osteochondrosis of any part of the spine, including the neck and lower back; radiculitis, sciatica, and thoracic pain.
Our blend is crafted from herbs grown in ecologically clean regions, free from synthetic components, ensuring it’s gentle on your liver and kidneys. Its therapeutic effect develops gradually, minimizing the risk of side effects. Unlike modern medications that only mask symptoms like pain, swelling, and inflammation, this herbal remedy addresses the underlying issues. Unlike expensive chondroprotective drugs, which haven’t proven their cartilage-regeneration capabilities, our blend works naturally.
The carefully selected herbs improve blood circulation, reduce inflammation, and enhance joint and spinal mobility. Regular use of the “Pain-Free Movement” blend helps restore health and reduces the frequency of gout, arthritis, osteochondrosis, and radiculitis flare-ups. This herbal tea offers a multifaceted approach: improves blood circulation in affected areas; stimulates the nourishment and regeneration of cartilage cells; relieves swelling and nerve root compression, reducing pain; promotes the dissolution and excretion of calcium deposits; restores joint flexibility and mobility. It’s particularly beneficial for gout, as it helps eliminate excess uric acid, the root cause of the disease.
Contraindications:
The herbal blend’s non-toxic nature and gentle action on internal organs mean the primary contraindication is individual intolerance to any of its components.