M85.179

Clinical Causes: Prolonged exposure to high levels of fluoride in drinking water Ingesting fluoride through certain occupational environments, such as aluminum smelting or fluoride manufacturing Excessive use of fluoride-containing dental products over extended periods Consumption of foods grown in fluoride-rich soil or water Rare cases due to metabolic or genetic conditions that alter fluoride processing

Key Symptoms: Joint stiffness and pain, especially in the ankles and feet Bone pain and tenderness Muscle weakness or fatigue around affected areas Swelling and tenderness in the ankle and foot regions Limited mobility or difficulty walking In advanced cases, abnormal bone structure or deformities Possible skin changes over affected bones

Diagnosis Path: Diagnosis of skeletal fluorosis involves a combination of clinical evaluation and diagnostic tests. Doctors typically review the patient's exposure history to fluoride, especially in high-risk environments or regions. Imaging studies such as X-rays can reveal characteristic changes in bones, including increased bone density, irregularities, or periosteal reactions. Blood and urine tests may also be conducted to assess fluoride levels, although these are less definitive on their own. A thorough physical examination focusing on joint and bone health helps support the diagnosis.

Treatment Protocols: There is no specific cure for skeletal fluorosis; management primarily focuses on alleviating symptoms and preventing further fluoride accumulation. Strategies include reducing fluoride exposure by switching to safe drinking water sources and avoiding fluoride-rich products. Pain relievers and anti-inflammatory medications may be used to reduce discomfort. Physical therapy can assist in improving mobility and muscle strength. In some cases, surgical intervention might be necessary to correct deformities or severe joint damage. Long-term monitoring and supportive care are essential, especially in advanced cases.